KR102087314B1 - Server for providing traffic control monitoring service and method for providing real-time air traffic control monitoring service - Google Patents

Abstract

According to the present invention, a method for providing a real-time air traffic control monitoring service, which is performed by a server for providing a traffic control monitoring service, comprises the steps of: receiving a channel through which a controller and a pilot communicate; receiving, from a location providing server, moving body location information, which is location information of a moving body controlled by the pilot; extracting a controller voice and a pilot voice from the received channel, based on previously stored controller voice learning information; converting the extracted controller voice and the extracted pilot voice into text to generate controller text and pilot text; displaying the controller text in association with a graphics moving body moving to correspond to the moving body, the location information of the moving body, and a communication time on the channel, or with transmitter location information of the controller and the communication time on the channel, at a location on an electronic map indicated by the location information of the moving body; displaying the pilot text in association with the graphics moving body moving to correspond to the moving body, the location information of the moving body, and the communication time on the channel, at the location on the electronic map indicated by the location information of the moving body; and generating alarm information at a time at which a voice including a preset alarm keyword or a voice satisfying a preset alarm condition are communicated and flight number information about the moving body when the controller text or the pilot text includes the alarm keyword or satisfies the alarm condition. Therefore, the method enables a user to previously identify an area or a moving body in which a problem occurs.

Description

CONTROL FOR PROVIDING CONTROL MONITORING SERVICE AND METHOD FOR PROVIDING REAL-TIME AIR TRAFFIC CONTROL MONITORING SERVICE}

The present invention relates to a control status monitoring service providing server and a real-time monitoring status monitoring service providing method, and more specifically, to the text of the radio communication between the controller and the mobile in real time, and synchronized with the location, flight number and time analysis and alarm The present invention relates to a control status monitoring service providing server for transmitting a control method and a real time monitoring status monitoring service providing method.

Voice is the basic method of human communication, and it is natural to use human voice rather than equipment. For this reason, voice communication is the most common form of communication instead of using a machine. do. Research on the use of speech recognition in the aviation field has been conducted mainly for fighters, and recently, researches applying speech recognition to control system simulators have been conducted.

In this regard, a method for improving a communication link by extracting and transmitting only voice data necessary for voice relay has been developed. In the prior art, Korean Patent No. 10-1330991 (November 20, 2013 notification) discloses a PTT signal. Extracts and transmits only voice data necessary for voice relay by using, detects the pilot's approach and voice and automatically generates PTT signal.If there is a gap between signal and signal, recognizes the input voice and analyzes it. By determining the connectivity, if there is connectivity by generating a PTT signal connecting the first PTT signal and the later PTT signal, a configuration that can compensate for the error on the PTT input is disclosed.

However, the International Civil Aviation Organization (ICAO) recommends training through an air control simulator to train controller personnel.In Korea, a system for training controllers and a control simulator of Incheon Corporation is established as an educational support system. However, voice recognition is not applied to the interface. Therefore, if the situation occurs at the airport, the failure reporting system, if the situation occurs, the controller is aware of the situation, contact the maintenance, and the maintenance after listening to all the voices between the controller and the pilot, and then take action. In the event of an urgent disability due to the use of a police officer, the inability to take action immediately acts as the reason for the disaster, which results in flight cancellations and departure after departure.

According to an embodiment of the present invention, information generated by different systems is immediately checked on a single screen, and predictions and accidents are prevented by using accumulated history data when accidents or accidents may occur. In case of an accident, even if an accident occurs, it is shared with the maintenance means in real time and provides a textual voice mapped with the contacted time, location, and flight number information. It is possible to provide a method for providing a real-time monitoring status monitoring service that combines the text of the air traffic control voice that can identify the problem area or moving object in advance, the location and flight information of the aircraft. However, the technical problem to be achieved by the present embodiment is not limited to the technical problem as described above, and other technical problems may exist.

As a technical means for achieving the above-described technical problem, an embodiment of the present invention, receiving the voice received from the control server server and separating the controller voice and the pilot voice, the controller voice and the pilot voice to convert the text Step, mapping and storing the time, location, and flight information with which the voice is communicated to the controller voice and the pilot voice which are separated and converted into text, and when the preset voice keyword is included in the text-converted voice, And extracting information on a time, a location, and flight number information of a moving object controlled by a pilot, including an alarm.

According to another embodiment of the present invention, in the method for providing a monitoring status monitoring service, which is executed in the monitoring status monitoring service providing server, receiving a channel with which the controller communicates with a controller, the location of the moving object controlled by the pilot from a location providing server Receiving moving object position information which is information. Extracting a controller voice and a pilot voice from the received channel based on previously stored controller voice learning information, and converting the extracted controller voice and the extracted pilot voice into text to generate controller text and pilot text. And displaying the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the Displaying the pilot text in association with a communication time of a channel, and displaying the pilot text in association with a graphic moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. Steps, and awards When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the time at which the voice including the alarm keyword or the voice that satisfies the alarm condition is communicated. And generating alarm information including flight number information about the moving object.

Another embodiment of the present invention is a method for providing a monitoring condition monitoring service, which is executed in a monitoring situation monitoring service providing server, receiving a channel in which a controller communicates with a pilot; Receiving the position information of the moving object which is position information, extracting a voice for each same voice from the received channel, converting the extracted voice to text, the converted text based on the communication pattern required by the control communication rules Dividing the controller text into the controller text and the pilot text, and displaying the controller text in association with the moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a location on the electronic map indicated by the moving position information. Transmitter position information and image of the controller Displaying the pilot text in association with a communication time of a channel, and displaying the pilot text in association with a graphic moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. And when the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Generating alarm information including the time and flight number information for the moving object.

In another embodiment of the present invention, in the method for providing a control monitoring service executed in the control monitoring service providing server, receiving a channel with which the controller communicates with the controller, and transmits a controller transmission voice transmitted by the controller of the controller. Receiving, Receiving the position information of the moving object which is the position information of the moving object controlled by the pilot from the location providing server, Extracting the voice for each same voice from the received channel, Converting the controller transmission voice to the controller transmission text And converting the extracted voice into text, and dividing the extracted text into a controller text and a pilot text based on the converted controller transmission text. Stand with the moving object at the position on the electronic map indicating Displaying in association with a correspondingly moving graphic moving object, the moving position information and the communication time of the channel, or displaying in association with the transmitter position information of the controller and the communicating time of the channel, wherein the pilot position information is indicated by the moving object position information. Displaying the graphic moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a location on the electronic map, and the controller text or the pilot text includes a preset alarm keyword or If the alarm condition set in the satisfies an alarm condition, generating the alarm information including the voice containing the alarm keyword or the time when the voice that satisfies the alarm condition and the flight information about the moving object; Can be.

In another embodiment of the present invention, in the method for providing a control monitoring service executed in the control monitoring service providing server, receiving a channel with which the controller communicates with the controller, and transmits a controller transmission voice transmitted by the controller of the controller. Receiving step, Receiving the position information of the moving object which is the position information of the moving object controlled by the pilot from the location providing server, Extracting the voice for each same voice from the received channel, Converting the controller transmission voice to controller text Converting the extracted voice into text, and classifying the extracted voice into text based on the converted controller text into pilot text, and displaying the controller text on the electronic map indicated by the moving object position information. A graphic moving in position corresponding to the moving object Displaying in association with the body, the mobile body position information and the communication time of the channel or in association with the transmitter position information of the controller and the communication time of the channel, and displaying the pilot text on the electronic map indicated by the mobile body position information. Displaying a graphic moving object moving in correspondence with the moving object, the moving object position information, and a communication time of the channel at a position, and the controller text or the pilot text includes a preset alarm keyword or a preset alarm condition If it satisfies, may include generating alarm information including the time including the voice including the alarm keyword or the voice that satisfies the alarm condition and the flight number information on the moving object.

In another embodiment of the present invention, in the method for providing a control monitoring service executed in the control monitoring service providing server, receiving a channel with which the controller communicates with the controller, and transmits a controller transmission voice transmitted by the controller of the controller. Receiving step, Receiving the position information of the moving object which is the position information of the moving object controlled by the pilot from the location providing server, Extracting the voice for the same voice from the received channel, The controller transmitted by the transmitter of the received controller Dividing the extracted voice into a controller voice and a pilot voice based on time information of a transmission voice, converting the controller voice into controller text, converting the pilot voice into pilot text, and converting the controller text into the pilot text. On the electronic map indicated by the mobile location information Displaying a graphic moving object moving in correspondence with the moving object, the moving object position information and the communication time of the channel, or displaying it in association with the controller's transmitter position information and the communication time of the channel, and displaying the pilot text. Displaying the graphic moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information, and the controller text or the pilot text is preset In the case of including a keyword or meeting a preset alarm condition, generating alarm information including a time when a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated and flight number information on the moving object. It may include the step.

In another embodiment of the present invention, in the method for providing a control monitoring service executed in the control monitoring service providing server, receiving a channel with which the controller communicates with the controller, and transmits a controller transmission voice transmitted by the controller of the controller. Receiving step, Receiving the position information of the moving object which is the position information of the moving object controlled by the pilot from the location providing server, Extracting the voice for the same voice from the received channel, The controller transmitted by the transmitter of the received controller Dividing the extracted voice into a pilot voice based on time information of a transmission voice, converting the controller transmission voice into controller text, converting the pilot voice into pilot text, and converting the controller text into the moving object position Above to the location on the electronic map indicated by the information Displaying the graphic moving object moving in correspondence with a moving object, the moving object position information and the communication time of the channel, or displaying it in association with the transmitter position information of the controller and the communication time of the channel, and displaying the pilot text on the moving object position information. Displaying the graphic moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a location indicated on the electronic map, and the controller keyword or the pilot text includes a preset alarm keyword. Or generating alarm information including a time including a voice including the alarm keyword or a time when a voice meeting the alarm condition is communicated and flight number information on the moving object when a preset alarm condition is met. It may include.

In another embodiment of the present invention, in the method for providing a control monitoring service executed in the control monitoring service providing server, receiving a channel with which the controller communicates with the controller, and transmits a controller transmission voice transmitted by the controller of the controller. Receiving step, Receiving the position information of the moving object which is the position information of the moving object controlled by the pilot from the location providing server, Controller from the received channel on the basis of the time information of the controller transmission voice transmitted by the transmitter of the received controller Extracting a voice and a pilot voice respectively, converting the extracted controller voice into controller text, converting the extracted pilot voice into pilot text, and converting the controller text into an electronic map indicated by the mobile location information. Corresponding to the movable body in position Displaying in association with a traffic moving object, the location information of the mobile device and the communication time of the channel, or displaying the location information of the controller in association with the communication time of the channel, and an electronic map indicated by the moving device location information. Displaying the graphic moving object moving in correspondence with the moving object, the moving object position information, and the communication time of the channel at a position on the position, and the controller text or the pilot text includes a preset alarm keyword or a preset alarm When the condition is satisfied, the method may include generating alarm information including a time including a voice including the alarm keyword or a voice meeting the alarm condition and flight number information on the moving object.

In another embodiment of the present invention, in the method for providing a control monitoring service executed in the control monitoring service providing server, receiving a channel for communication between the pilot and the pilot, and transmitting a controller transmission voice transmitted by the controller of the controller. Receiving step, Receiving the position information of the moving object which is the position information of the moving object controlled by the pilot from the location providing server, Pilot from the received channel on the basis of the time information of the controller transmission voice transmitted by the transmitter of the received controller Extracting a voice, converting the controller transmitted voice into controller text, converting the extracted pilot voice into pilot text, and converting the controller text into a location on an electronic map indicated by the moving object position information; Correspondingly moving graphic moving object, said moving Displaying in association with the position information and the communication time of the channel or in association with the transmitter position information of the controller and the communication time of the channel, and displaying the pilot text at a position on the electronic map indicated by the vehicle position information. And displaying the graphic moving object moving in correspondence with the moving object position information and the communication time of the channel, and the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition. The method may include generating alarm information including a time when a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated and flight number information on the moving object.

According to any one of the above-described problem solving means of the present invention, the information generated by the different systems are immediately confirmed on one screen, and predicted when an accident occurs or a possibility that an accident may occur using accumulated history data. And prevent accidents in advance, share them with the maintenance means in real time so that even if an accident occurs, and provide textual voices mapped with time, location and flight number information. You can know in advance which areas or moving objects are canceled.

1 is a view for explaining a real-time monitoring status monitoring service providing system combining the text, the aircraft location and flight information converted from the air traffic control voice according to an embodiment of the present invention.
FIG. 2A is a block diagram illustrating a monitoring situation monitoring service providing server included in the system of FIG. 1.
FIG. 2B is a block diagram of another embodiment for explaining a monitoring status monitoring service providing server included in the system of FIG. 1.
3 and 4 are diagrams for explaining an embodiment of a real-time monitoring status monitoring service that combines the text of the air traffic control voice, the location and flight information of the aircraft according to an embodiment of the present invention.
FIG. 5 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service combining text converted from air traffic sound, location and flight information of an aircraft according to an exemplary embodiment of the present invention.
6 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another exemplary embodiment of the present invention.
7 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
8 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
9 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
10 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another exemplary embodiment of the present invention.
11 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
12 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
13 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
14 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another exemplary embodiment of the present invention.
15 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
16 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
17 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.
18 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and like reference numerals designate like parts throughout the specification.

Throughout the specification, when a part is "connected" to another part, it includes not only "directly connected" but also "electrically connected" with another element in between. . In addition, when a part is said to "include" a certain component, which means that it may further include other components, without excluding other components, unless specifically stated otherwise, one or more other features It is to be understood that the present disclosure does not exclude the possibility of adding or presenting numbers, steps, operations, components, parts, or combinations thereof.

As used throughout the specification, the terms "about", "substantially", and the like, are used at, or in close proximity to, numerical values when manufacturing and material tolerances inherent in the meanings indicated are intended to aid the understanding of the invention. Accurate or absolute figures are used to assist in the prevention of unfair use by unscrupulous infringers. As used throughout the specification of the present invention, the term "step of" or "step of" does not mean "step for".

In the present specification, the term 'unit' includes a unit realized by hardware, a unit realized by software, and a unit realized by both. In addition, one unit may be realized using two or more pieces of hardware, and two or more units may be realized by one piece of hardware.

Some of the operations or functions described as being performed by the terminal, the apparatus, or the device may be performed instead in the server connected to the terminal, the apparatus, or the device. Similarly, some of the operations or functions described as being performed by the server may be performed by the terminal, apparatus or device connected to the server.

In the present specification, some of the operations or functions described as mapping or matching with the terminal mean that the identification number of the terminal or identification information of the individual, which is identification data of the terminal, is mapped or matched. Can be interpreted as

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a view for explaining a real-time monitoring status monitoring service providing system combined with the text of the air traffic control voice, the location and flight information of the aircraft according to an embodiment of the present invention. Referring to FIG. 1, the real-time monitoring status monitoring service providing system 1 combining text converted from air traffic control voice, location and flight information of an aircraft, includes a control station server 100 and a monitoring status monitoring service providing server 300. , Location providing server 400, and at least one maintenance terminal 500. However, the real-time monitoring status monitoring service providing system (1) combining the air traffic tone of FIG. 1, the location and flight number information of the aircraft is only one embodiment of the present invention. This limitation is not to be interpreted.

In this case, each component of FIG. 1 is generally connected through a network 200. For example, as shown in FIG. 1, the control station server 100 may be connected to the control situation monitoring service providing server 300 through the network 200. In addition, the control status monitoring service providing server 300 may be connected to the control station server 100, the location providing server 400, and at least one maintenance terminal 500 through the network 200. In addition, the location providing server 400 may be connected to the control status monitoring service providing server 300 and the control station server 100 through the network 200. The at least one maintenance terminal 500 may be connected to the control station server 100, the control status monitoring service providing server 300, and the location providing server 400 through the network 200.

Here, the network refers to a connection structure capable of exchanging information between each node, such as a plurality of terminals and servers, and examples of such a network include RF, 3rd Generation Partnership Project (3GPP) network, and Long Term (LTE). Evolution network, 5th Generation Partnership Project (5GPP) network, World Interoperability for Microwave Access (WIMAX) network, Internet, Local Area Network (LAN), Wireless Local Area Network (WLAN), Wide Area Network (WAN) , PAN (Personal Area Network), Bluetooth (Bluetooth) network, NFC network, satellite broadcasting network, analog broadcasting network, DMB (Digital Multimedia Broadcasting) network and the like, but is not limited thereto.

In the following description, the term “at least one” is defined as a singular and plural term, and each component may exist in the singular or plural, even though the term “at least one” does not exist, and may mean the singular or plural. It will be self explanatory. In addition, the singular or plural elements may be changed according to embodiments.

The control station server 100 uses a web page, an app page, a program or an application related to a real-time monitoring situation monitoring service that combines the text of the air traffic control voice, the location and the flight number information of the aircraft, to the voice of the dialogue between the pilot and the controller. It may be a server for transmitting to the monitoring status monitoring service providing server (300). In addition, the control station server 100 may be a server capable of exchanging voice and data with a pilot of a moving object such as an aircraft or a ship. In addition, the control station server 100 may be a system for preventing the collision between the aircraft and the collision between the aircraft and obstacles in the aircraft operating area in advance, while promoting the operational efficiency of the aircraft and maintaining the order of air traffic. . And, the control station server 100, if the flight status information from the control situation monitoring service providing server 300, or received the flight information area of the aircraft due to emergency situation or data statistics, record this or notify the airline side It can be a server that can prevent failure in advance.

Here, the control station server 100 may be implemented as a computer that can access a server or a terminal in a remote place through a network. Here, the computer may include, for example, a navigation, a laptop equipped with a web browser, a desktop, a laptop, and the like.

The control status monitoring service providing server 300 may be a server providing a real-time monitoring status monitoring service web page, an app page, a program, or an application that combines the text of the air traffic control voice, the location and flight information of the aircraft. In addition, the control status monitoring service providing server 300 collects the voice of the conversation between the pilot and the controller received from the control station server 100, tagging the time and location of the conversation from the location providing server 400, It may be a server that converts the collected voice into text (Speaking to Text) and generates an alarm when a keyword including an alarm should be included in the conversation. In addition, the control status monitoring service providing server 300 learns the voice and text of the controller and the pilot by deep learning, and extracts an aircraft or a ship that is expected to generate a radio wave region or a failure using the accumulated data, It may be a server for transmitting to the empire server 100. In addition, the control status monitoring service providing server 300, when implemented integrally with the control station server 100 does not need to be provided with a separate server, which will be apparent that can be changed according to the embodiment. In addition, the control status monitoring service providing server 300 may further be implemented by further including an air traffic control data processing system (Surveillance Data Processing System (SDPS)), one of the sub-systems constituting the air traffic control system is tripled It can be configured as a system. The main function of SDPS is multi-sensor data processing which receives sensor data from monitoring sensors such as radar, ADS-B, MLAT, etc. The MSDP (Safety Nets: SNET) function can be used to handle collision alerts, minimum safe altitude alerts, forbidden / restricted zone intrusion alerts, and access route monitoring. In the present invention, ADS-B is implemented as a location providing server 400, which will be described below.

Here, the control status monitoring service providing server 300 may be implemented as one or a plurality of computers that can be connected to a remote server or terminal through a network. Here, the computer may include a personal computer, a small computer, a medium computer, a large computer and a super computer. For example, a computer may include navigation, a laptop equipped with a web browser, a desktop, a laptop, a workstation, and the like.

When the location providing server 400 requests the location of the moving object from the control status monitoring service providing server 300, the location providing server 400 transmits the location and time together in response thereto, and updates the location in real time to provide the monitoring status monitoring service. It may be a server transmitting to the server 300. In this case, the location providing server 400 may be any type as long as it monitors a continuous distance synchronized with time, but Mutilateration, 1090-ES, and UAT (Universal Access Transceiver) may be used. At this time, Multilateration is a method of identifying the position and altitude of the aircraft by using radio wave arrival time from 4 or more base stations using Mode A / C / S air surveillance radar instead of GPS, and 1090-ES It is an extension of the mesh area to transmit ADS-B information to the installed 1090 MHz traffic collision avoidance system (TCAS) transponder, which can use existing Mode-S equipment based on GPS. In addition, UAT is developed to be able to transmit and receive in both directions by allocating 978Mhz frequency band based on GPS, it is possible to transmit and receive between aircraft, between the aircraft and the ground. ADS-B is a system to build an aviation network based on GPS and data communication instead of the existing navigation surveillance radar. However, the existing navigation surveillance radar is a practical problem that is difficult to completely replace the facilities and transponders. Mutilateraion and the 1090-ES are preferred and are used in practical adoption and civil aviation operations. However, the present invention is not limited to the above-described equipment, and any method and equipment capable of monitoring coordinates in real time in synchronization with time will be possible.

The at least one maintenance terminal 500 delivers maintenance items using a web page, an app page, a program, or an application related to a real-time monitoring situation monitoring service that combines air traffic sound converted text, aircraft location, and flight number information. Receiving, if the maintenance is urgently required may be a terminal of the maintenance and receiving the real-time data on this. Here, the at least one maintenance terminal 500, the control status monitoring service providing server 300 receives a result of analyzing the dialogue between the controller and the pilot, using this to monitor the status of the maintenance monitoring service It transmits to the providing server 300, and when the completion is completed, it is sent to the control status monitoring service providing server 300 to record a history log of what maintenance was made in which situation in the monitoring status monitoring service providing server 300. By accumulating as big data and learning it, data from conversations occurring in emergency situations to types of failures, breakdown details, and areas of failures are identified so that emergency situations can be identified from the initial conversations and prevented and prepared in advance. Make sure you do something quick so you don't turn it over.

Here, the at least one maintenance terminal 500 may be implemented as a computer that can access a server or terminal in a remote place through a network. Here, the computer may include, for example, a navigation, a laptop equipped with a web browser, a desktop, a laptop, and the like. In this case, the at least one maintenance terminal 500 may be implemented as a terminal that can be connected to a server or terminal in a remote place through a network. The at least one maintenance terminal 500 is, for example, a wireless communication device that ensures portability and mobility, and includes, for example, navigation, personal communication system (PCS), global system for mobile communications (GSM), and personal digital cellular (PDC). , Personal Handyphone System (PHS), Personal Digital Assistant (PDA), International Mobile Telecommunication (IMT) -2000, Code Division Multiple Access (CDMA) -2000, W-Code Division Multiple Access (W-CDMA), Wireless Broadband It may include all kinds of handheld based wireless communication devices such as Internet terminals, smartphones, smart pads, tablet PCs, and the like.

FIG. 2A is a block diagram illustrating a control status monitoring service providing server included in the system of FIG. 1, and FIGS. 3 and 4 are texts converted from air traffic sound according to an embodiment of the present invention, and the position of an aircraft. And it is a view for explaining an embodiment implemented a real-time monitoring status monitoring service combined with flight information.

Referring to FIG. 2A, the control situation monitoring service providing server 300 may include a separation unit 310, a conversion unit 320, a storage unit 330, an output unit 340, a collection unit 350, and a running unit ( 360, a failure reporter 370, and a manager 380.

Control status monitoring service providing server 300 or another server (not shown) operating in conjunction with the control station server 100, location providing server 400, and at least one maintenance terminal according to an embodiment of the present invention In the case of transmitting a real-time monitoring status monitoring service application, a program, an app page, a web page, etc., which combines the text of the air traffic control voice, the location and flight information of the aircraft, the control station server 100 and the location providing server 400, and at least one maintenance terminal 500 may install a real-time monitoring status monitoring service application, a program, an app page, a web page, etc., which combines the text of the air traffic control voice, the location and flight information of the aircraft. Can open In addition, the service program may be driven in the control station server 100, the location providing server 400, and the at least one maintenance terminal 500 using a script executed in a web browser. Here, the web browser is a program that enables the use of the World Wide Web (WWW) service, and refers to a program that receives and displays hypertext described in HTML (hyper text mark-up language), for example, Netscape. , Explorer, chrome and the like. In addition, an application means an application on a terminal, and includes, for example, an app running on a mobile terminal (smartphone).

Referring to FIG. 2A, the separation unit 310 may receive a voice received from the control station server 100 and divide the voice into a controller voice and a pilot voice. At this time, after separating the controller and the voice of the pilot, only the voice of the controller can be converted to the text used, but the voice of the pilot may also be needed to accurately identify the problem, so to separate and output. However, it is obvious that it does not exclude the separation.

The converter 320 may convert the controller voice and the pilot voice into text. In this case, the dialogue between the controller and the pilot is mostly used to write a preset sentence or term, but the reason for the difficulty of recognition is a variety of accents, pronunciation, nationality, etc., and the success rate of recognition is not high because it is not a term used a lot. It is a reality.

In this case, the conversion unit 320 may convert the input airline information identification number into a combination of an ICAO code and a number, and may be configured to distinguish and recognize command information. In this case, the command information may be a command that can be transmitted to the target aircraft, and may be a speed, an altitude, an azimuth angle, and the like, and a call method for each command may be preset.

The conversion unit 320 may be classified into two types, a result variable representing a recognized sentence as a result variable and a semantic variable to call a data value set in a tag. At this time, when the voice is recognized, the rule ID is first identified to classify whether it is an identification code or an automatic command, and the automatic steering command may display each corresponding Rule ID when each command is called. This value can be used to distinguish whether the voice is a command for speed, altitude, or azimuth. Rule ID can be configured to say speed control command with speed and to extract only numbers set with tags. The composition of altitude and azimuth can also be grammatical, such as speed.

In this case, in order to improve the speech recognition rate, the recognition rate may be improved by using the LD (Levenshtein Distance) technique and the aircraft identification code database. The LD technique is an algorithm that finds how similar two strings are, and the aircraft identification code database. For the sake of simplicity, the pilot station receives the aircraft identification code list from the server, and stores the database in the identification code grammar part. For example, if there are 30 airline name databases and 100 to 999 three-digit numbers, about 27,000 combinations can be generated, and the aircraft with the highest recognition rate by comparing the entered aircraft information with the generated combined identifiers. Results in an identification code. Recognition rate is relatively low because results are found in a large amount of combined data, and changing the aircraft identification code into a single word set consisting of airline code and numbers reduces the error rate by performing comparisons within the database where the aircraft list is stored. You can.

The storage unit 330 may map and store time, location, and flight number information with which the voice is communicated with the controller voice and the pilot voice which are separated and converted into text. Through this, as will be described later, it is a data that can determine whether the problem of the aircraft itself, the control tower, or the area where the aircraft passes. For example, if aircraft B, C, D, etc., passing through area A have the same problem in the same area, it may be assumed that there is a communication failure in area A. Or, if B, C, D, etc., passing through area A caused the same problem at the same time, but the next time, E, F, G aircraft did not have the same problem. It may be a reason such as a phenomenon. Thus, by mapping each conversation with its location coordinates and time and storing them, it is possible to diagnose aircraft that may later cause a failure, give warning messages to aircrafts passing through the area, or turn them around. Becomes possible.

The output unit 340 may output an alarm by extracting the time, location, and flight number information of the moving object controlled by the pilot when the voice including the alarm keyword is generated when the voice converted into text includes a preset alarm keyword. Can be. In this case, the moving body may be a ship or an air, and may also include an unmanned moving body.

The collection unit 350 stores the location of the moving object in the location providing server 400 when mapping and storing time, location, and flight information of the voice that is communicated to the controller voice and the pilot voice separated from the storage unit 330 and converted into text. ) Can be collected from. In this case, the location providing server 400 may include ADS-B (Automatic Dependence Surveillance-Broadcase), and the type thereof is the same as described above, and thus will be omitted.

At this time, the encrypted data obtained through the ADS-B may be sent to the collection unit 350 through a series of decryption process and stored in the database. At this time, it may be stored in the form of acquisition time, ICAO Address, data type, aircraft information, among which, ICAO Address represents the aircraft-specific information in the Mode S environment, aircraft model, manufacturer, nationality, airline, current Flight status and the like can be displayed. In the 1090ES, the data is limited to 56 bits, so when one data is collected, only one of call sign, location, and speed can be collected. However, the present invention is not limited to the above-described format, and various types of information may be collected.

The running unit 360 maps at least one control term from the control station server 100 and the voices of a plurality of controllers pronounced before the controller unit 320 converts the controller voice and the pilot voice into text. Can be collected. In addition, the running unit 360 may perform deep learning for voice recognition using a plurality of mapped voices and terms to make a database.

The failure reporting unit 370 may include a preset alarm keyword in the voice converted into text in the output unit 340, and time, location, and flight number information of the moving object controlled by the pilot when the voice including the alarm keyword is generated. After extracting the alarm to output the alarm, and accumulates the log data output the alarm, it can be sorted based on the region or flight information where the alarm occurred. In addition, the failure reporting unit 370 may tag the area where the alarm has occurred and the type of alarm, and tag the flight information and the type of alarm to select the radio wave shadow area and the faulty moving object, and select the selected area and the moving object. You can generate and print a report.

On the other hand, the controller voice and the pilot voice converted to the text, the controller on one screen, the pilot is divided into the other side so that the text is displayed, the time, location and flight information on the speech bubble containing the text outputting the pilot's voice May be mapped and output. In this case, when an alarm keyword is included in the controller voice or the pilot voice converted to the text, the alarm keyword may be output on a speech bubble including the text, and the text may be changed in color so as to be distinguished from other text. As a result, in case of urgent maintenance in the future, it is possible to synchronize the dialogue between the pilot and the controller, and to zero the time required to proceed with the work while identifying the position and time.

The manager 380 extracts the time, location, and flight number information of the moving object controlled by the pilot when a voice including the alarm keyword is generated when the voice converted into text is output by the output unit 340. After outputting the alarm, the alarm may be transmitted to at least one maintenance terminal 500. When the access request exists in the text from the at least one maintenance terminal 500, the management unit 380 synchronizes the time, location, and flight number information of the moving object with the text in synchronization with the text. It may be transmitted to the maintenance terminal 500.

In addition, when the management unit 380 transmits a result report including a failure type, a progress report, and an end report from the at least one maintenance terminal 500, the alarm is terminated and the result report is mapped to the log where the alarm occurred. You can update it by saving it.

After the data has been accumulated and learned, and the neural network learning to reduce errors has been completed, what kind of problems will occur when any conversations are made between pilots and controllers, and if there are any problems, What is the problem, whether it's in the control tower or on the aircraft, or whether it's a problem in the area where the aircraft is staying, and constantly accumulate data to find out where it's not communicating with the aircraft. Fault zones), and which aircraft are defective and which information can be extracted. Of course, there can be various applications in addition to the above availability, it will be apparent that not limited to the above.

In addition, it is possible to accumulate information such as text conversion information and location according to an embodiment of the present invention by accumulating big data and using the same to derive a result when a query is made. That is, when a problem arises in the dialogue between the pilot and the controller, and the data completed until the maintenance is accumulated and the big data is built up, if the dialogue currently being input includes a keyword having a preset similarity, a similar accident can be estimated. And can be deduced to sound the alarm. At this time, the conversation currently being input becomes a query, and the guess is a response.

To this end, the control status monitoring service providing server 300 purifies unstructured data, structured data, and semi-structured data included in stored raw data, and includes classification into metadata. The preprocessing can be performed, and the preprocessed data can be analyzed including data mining.

At this time, the data mining classifies the data based on similarity without classification or class information that searches for an intrinsic relationship between the preprocessed data and learns a training data set in which a class is known and predicts a new class of data. Clustering can be performed. Of course, there may be various mining methods, and mining may be performed differently according to the type of big data collected and stored or the type of query to be requested later. The big data constructed in this way may be subjected to a verification process by artificial neural network deep learning or machine learning.

In this case, the artificial neural network may use a CNN (Convolutional neural network) structure, CNN is a network structure using a convolutional layer is suitable for image processing, to classify the image based on the features in the image by inputting the image data Because it can.

In addition, text mining is a technique aimed at extracting and processing useful information based on natural language processing techniques from non / half-form text data. Text mining techniques can extract meaningful information from large chunks of text, identify linkages with other information, find categories of text, or do more than just search for information. By using this, in the control status monitoring service according to an embodiment of the present invention, a large amount of language resources and statistical and regular algorithms may be used to analyze identifiers or natural language input as a query and to extract information hidden therein. . In addition, Cluster Analysis can be used to finally find groups of similar characteristics by combining sieves with similar characteristics.

In addition, the control status monitoring service providing server 300 may verify an error with respect to the generated response. That is, by comparing the inferred result with the current situation, it is possible to identify the error part and the cause of the error, update the identified error part and the cause of the error in the big data, and then detect the pattern of the error and predict the error rate through classification. In addition, deep learning may be performed using an artificial neural network.

FIG. 2B is a block diagram of another embodiment for explaining a monitoring status monitoring service providing server included in the system of FIG. 1.

Referring to FIG. 2B, the monitoring situation monitoring service providing server 300 may include a communication unit 110, a control unit 120, a display unit 130, and a storage unit 140.

The communication unit 110 may transmit data with the control station server 100, the location providing server 400, and the at least one maintenance terminal 500 directly or through a network. Examples of the network include RF, 3rd Generation Partnership Project (3GPP) network, Long Term Evolution (LTE) network, 5rd Generation Partnership Project (5GPP) network, World Interoperability for Microwave Access (WIMAX) network, Internet, LAN (Local Area Network), Wireless Local Area Network (WLAN), Wide Area Network (WAN), Personal Area Network (PAN), Bluetooth Network, NFC Network, Satellite Broadcast Network, Analog Broadcast Network, DMB (Digital Multimedia) Broadcasting) network, etc., but is not limited thereto.

The control unit 120 includes the separation unit 310, the conversion unit 320, the output unit 340, the collection unit 350, the running unit 360, the fault reporting unit 370, and the management unit 380 illustrated in FIG. 2A. ) Can be performed. The control unit 120 uses the data or information received by the communication unit 110, the separation unit 310, the conversion unit 320, the output unit 340, the collection unit 350, the running unit 360, and the failure report. The functions of the unit 370 and the manager 380 may be performed.

The controller 120 executes program code together with an operating system and generates and uses data. Operating systems are generally known and will not be described in more detail. By way of example, the operating system may be a Window-based OS, Unix, LINUX, Palm OS, DOS, Android, iOS, Macintosh, and the like. The operating system, other computer code, and data may be present in the storage 140 that operates in conjunction with the controller 120. The program code may be a source code generation module and an execution code generation module.

The display 130 may display an image, an image, a caption, and a graphic object according to the control of the controller 120 or a signal output from the controller 120.

The storage 140 may perform the function of the storage 330 illustrated in FIG. 2A. The storage unit 140 may be implemented as a read only memory (ROM), a random access memory (RAM), a hard disk drive, a distributed database, a distributed storage system through a network, or the like. The program code and data may reside in a removable storage medium and may be loaded or installed onto the monitoring situation monitoring service providing server 300 when necessary. Removable storage media may include CD-ROM, PC-CARD, memory cards, floppy disks, magnetic tape, and network components.

Hereinafter, an operation process according to the configuration of the control situation monitoring service providing server of FIG. 2A will be described in detail with reference to FIGS. 3 and 4. However, the embodiment is only any one of various embodiments of the present invention, but is not limited thereto.

Referring to Figure 3, the control status monitoring service providing method according to an embodiment of the present invention, it is difficult to track the radio wave shading and dead zones for each control frequency, illegal continuous signal source, the radio wave shading and dead at each specific frequency in the central radio control station After receiving the report on the area, continuous signal generation, etc. by telephone, the radio wave direction detectors installed in each country are operated to investigate / track / remove the location, etc. And traceability is impossible.

The fact that the information generated by the control system can be immediately seen on one screen is very important from the standpoint of monitoring and maintaining the control system and tracking the location of communication failures and accidents. It generates an alarm immediately when a certain word such as weak is entered, and it is implemented to enable real-time location tracking. In addition, by converting the voice data converted to text, flight number and location information into a database, it is possible not only to maintain the future, but also to predict the occurrence of a failure and prevent it in advance.

Referring to FIG. 4, at present, an interface capable of controlling and controlling all situations in a single screen in order to prevent accidents and delays that occur because there is no system for providing real-time text to control voice in the aviation field Can be provided. In particular, since the control term used in aviation is English and is a special term of a command type or a character type, rather than a sentence completion type used by a general person, a separate database for textualization can be constructed as described above.

Accordingly, the human voice of the controller and the pilot has various characteristics such as intonation, but through the constant learning of the control voice character conversion program, the control voice can be converted into a character at a certain level or more, and the controller such as the controller or the pilot Voice can be standardized to be used for controller / pilot's conformity assessment, monitor real-time control status (contents), and obtain statistical data such as frequency usage analysis. In addition, time can be shortened, and control communication contents and location information of a moving object such as an aircraft or a ship can be utilized. For example, a real-time monitoring situation monitoring system can be constructed, and a specific voice (SOS, etc.) can be continuously performed on an aircraft or a ship. By using this function, the identification code (airplane flight number, etc.) and location can be tracked in real time, and the necessary information such as control radio wave shadowing and dead zone tracking can be obtained. Information can be automatically DBd.

Therefore, it is possible to solve the problems caused by the failure reporting system at the airport, situation occurrence-> controller status-> contact maintenance-> maintenance situation-> measures. For example, the maintainer has to rely on the controller's report to determine the exact situation. Usually, the maintainer checks the flight number, location, and time of the flight with the controller. If the conservative can see it immediately, he can secure the precious golden time needed for the action. In addition, because the aircraft is a fast moving object, it is difficult to know exactly the situation at the time because the situation is already out of the communication and accident location while receiving the report. In addition, since the control system is operated through a separate system of voice and radar screen, it is necessary to go through the process of searching and confirming the situation of occurrence time in each system, which not only takes a long time but also is difficult to grasp the situation. In addition, the causes of failure in control can be divided into the failure of the control system and the failure of the aircraft equipment, for example, it is not easy to determine whether the problem of the aircraft equipment or the control system immediately upon receipt of the report of the control communication failure. If a database is stored in the form of a combination of control voice text information and radar information, it is possible to quickly search and confirm whether a problem is repeated in a specific aircraft or whether a radio wave shadow area occurs at a specific location.

From the configuration of the present invention solved the above problems, the maintenance can immediately recognize when a failure situation occurs through the alarm, it is possible to check the control and aircraft information at the same time, it is possible to quickly identify the situation and measures, It is possible to secure golden time in the system, and to analyze the repeated failure situation through database search.In the controller's point of view, it is possible to immediately recognize the failure situation through alarm, and at the same time as the maintenance This will simplify the verbal description through landline and secure golden time in case of disability.

In addition, the control status monitoring service providing method according to an embodiment of the present invention, can be used not only in the air, but also in the control system, such as ships, for example, when a word of collision during communication occurs by converting it into text to generate an alarm If you can identify the type and location of the vessel at the same time, it may be possible to take quick action in the event of an accident. However, the present invention is not limited to the above-described effects or problems, and will include all problems that can be solved by the method according to an embodiment of the present invention or all the effects thereof, and are not limited to the listed problems and effects. .

Such a description of the method for providing a real-time monitoring status monitoring service combining the text converted from the air traffic control voice of FIG. 2A to FIG. 4 and the location and flight information of the aircraft is described above. In this case, the description of the method for providing a real-time monitoring status monitoring service that combines the location and flight number information of the aircraft can be easily inferred from the same or described contents, and will not be described below.

5 is a process in which data is transmitted and received between each component included in a system for providing a real-time monitoring status monitoring service combining text converted from air traffic control voice of FIG. 1 according to an embodiment of the present invention, location and flight information of an aircraft; It is a diagram showing. Hereinafter, an example of a process in which data is transmitted and received between each component will be described with reference to FIG. 5, but the present invention is not limited to the above-described embodiment, and is illustrated in FIG. 5 according to the various embodiments described above. It is apparent to those skilled in the art that the process of transmitting and receiving data may be changed.

Referring to FIG. 5, the control situation monitoring service providing server receives a voice received from the control station server and divides the voice into a controller voice and a pilot voice (S5100).

Then, the controller monitoring service providing server converts the controller voice and the pilot voice to text (S5200), and maps the time, location and flight information of the voice communicated to the controller voice and the pilot voice converted into text separately. Save (S5300).

Finally, the control status monitoring service providing server extracts the time, location, and flight number information of the moving object controlled by the pilot when a voice including the alarm keyword is generated when the voice converted into text includes a preset alarm keyword. Output the alarm (S5400).

The order between the above-described steps S5100 to S5400 is merely an example, and the present invention is not limited thereto. That is, the order between the above-described steps (S5100 to S5400) may be mutually changed, and some of the steps may be executed or deleted at the same time.

6 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another exemplary embodiment of the present invention.

Referring to FIG. 6, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S600). The channel may be a channel set to push to talk (PTT).

The control status monitoring service providing server 300 extracts a controller voice and a pilot voice from the received channel based on the controller voice learning information stored in advance (S605). Here, the controller voice learning information may include a plurality of control terms, voices of a plurality of controllers that pronounce the plurality of control terms, and voice feature information recognized from voices of the plurality of controllers. It may be normalized information.

The control status monitoring service providing server 300 generates the controller text and the pilot text by converting the extracted controller voice and the extracted pilot voice into text (S610).

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S615).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S620).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S625). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight number information extracted in the step S615 from the position information of the moving object received in step S625 (S630). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S615 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates with based on the flight number information extracted in step S620 from the location information of the moving object received in step S625 (S635). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S625 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S640). In operation S640, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S640, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S645). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S640 or step S645, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on the speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S640, the control status monitoring service providing server 300 moves a graphic moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information, and the controller text. And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S645, the control status monitoring service providing server 300 is a graphic moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text; Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information for the moving object is generated (S650).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether the reception sensitivity is at least one of the lower area, radio communication failure area, radio interference inflow area and radio shading area (S655). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S660).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S665). Here, the report generated in step S660 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S670). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

7 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 7, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S700). The channel may be a channel set to push to talk (PTT).

The monitoring situation monitoring service providing server 300 extracts the same voice for each voice from the received channel (S705). Here, the control situation monitoring service providing server 300 may extract the voice for each voice that is determined to be the same voice.

The control status monitoring service providing server 300 converts the voice extracted in step S705 into text, and divides the converted text into controller text and pilot text based on a communication pattern required by the control communication rule (S710). An example of the communication pattern required by the traffic communication rule is communication patterns such as pilot voice (Asiana 123 Incheon Tower good day) and pilot voice (Incheon Tower Asiana 123 good day) that call the other party, inform themselves, and communicate the contents. For example, if there is a communication pattern related to the pilot voice in the converted text, it may be classified as the pilot text. If there is a communication pattern related to the controller voice, it may be classified as the controller text.

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S715).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S720).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S725). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control status monitoring service providing server 300 extracts the location information of the moving object controlled by the pilot based on the flight information extracted in step S715 from the location information of the moving object received in step S725 (S730). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S715 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates with based on the flight number information extracted in step S720 from the location information of the moving object received in step S725 (S735). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S725 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S740). In operation S740, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S740, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S745). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S740 or step S745, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on a speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S740, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text; Generating first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S745, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text; Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S750).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether the reception sensitivity is at least one of the lower area, radio communication failure area, radio interference inflow area and radio shading area (S755). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S760).

The control situation monitoring service providing server 300 transmits the alarm information to at least one device (S765). Here, the report generated in step S760 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S770). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

8 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 8, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S800). The channel may be a channel set to push to talk (PTT).

The controller monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S802). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 extracts the same voice for each voice from the received channel (S805). Here, the control situation monitoring service providing server 300 may extract the voice for each voice that is determined to be the same voice.

The controller monitoring service providing server 300 converts the controller transmission voice into the controller transmission text (S807).

The control status monitoring service providing server 300 converts the voice extracted in step S805 into text, and divides the converted text into controller text and pilot text based on the controller transmission text converted in step S807 (S810). Among the converted texts, the text corresponding to the controller transmission text may be divided into controller text, and the text not otherwise may be divided into pilot text.

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S815).

The control status monitoring service providing server 300 extracts flight number information of a mobile object which the controller calls and communicates with in the text of the controller (S820).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S825). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight number information extracted in the step S815 from the position information of the moving object received in step S825 (S830). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S815 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates based on the flight number information extracted in step S820 from the location information of the moving object received in step S825 (S835). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S825 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S840). In operation S840, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S840, the control status monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S845). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S840 or step S845, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on the speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S840, the control status monitoring service providing server 300 moves a graphic moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information, and the controller text. And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S845, the control situation monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text; Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S850).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether or not the reception sensitivity is at least one of the radioactive area, radio communication failure area, radio interference inflow area and radio shading area (S855). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S860).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S865). Here, the report generated in step S860 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S870). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

9 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

9, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S900). The channel may be a channel set to push to talk (PTT).

The controller monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S902). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 extracts the same voice for each voice from the received channel (S905). Here, the control situation monitoring service providing server 300 may extract the voice for each voice that is determined to be the same voice.

The controller status monitoring service providing server 300 converts the controller transmission voice into controller text (S907).

The control situation monitoring service providing server 300 converts the voice extracted in step S905 into text, and divides the converted text into pilot text based on the controller text converted in step S907 (S910). The text that does not correspond to the controller text among the converted text may be classified as pilot text.

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S915).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S920).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S925). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The monitoring situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S915 from the position information of the moving object received in step S925 (S930). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S915 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates with based on the flight number information extracted in step S920 from the location information of the moving object received in step S925 (S935). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S925 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S940). In operation S940, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S940, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter position information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S945). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S940 or step S945, when the control status monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on the speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S940, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text; And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S945, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information to the pilot text; Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. In operation S950, alarm information including a time at which the voice is communicated and flight number information on the moving object is generated.

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, In operation S955, it is determined whether the reception sensitivity is lowered, at least one of a radio communication failure area, a radio interference inflow area, and a radio shading area. Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S960).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S965). Here, the report generated in step S960 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S970). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

10 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another exemplary embodiment of the present invention.

Referring to FIG. 10, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1000). The channel may be a channel set to push to talk (PTT).

The controller status monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S1002). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 extracts the same voice for each voice from the received channel (S1005). Here, the control situation monitoring service providing server 300 may extract the voice for each voice that is determined to be the same voice.

The control status monitoring service providing server 300 divides the extracted voice into a controller voice and a pilot voice based on time information of the controller transmission voice (S1007). Among the extracted voices, voices communicated at the time when the controller transmission voice is transmitted may be divided into controller voices, and voices not otherwise divided into pilot voices.

The control status monitoring service providing server 300 converts the controller voice into controller text and converts the pilot voice into pilot text (S1010).

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1015).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1020).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1025). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1015 from the position information of the moving object received in step S1025 (S1030). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1015 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates based on the flight number information extracted in step S1020 from the location information of the moving object received in step S1025 (S1035). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1025 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1040). In operation S1040, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1040, the control status monitoring service providing server 300 may display the controller text in association with the controller's transmitter position information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1045). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1040 or step S1045, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on the speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1040, the control status monitoring service providing server 300 is a graphic moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text; And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1045, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text; Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1050).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, In operation S1055, it is determined whether the reception sensitivity is low, radio wave communication failure area, radio wave communication inflow area, and radio shading area. Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The monitoring situation monitoring service providing server 300 generates a report on the determination result (S1060).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1065). Here, the report generated in step S1060 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1070). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

11 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 11, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1100). The channel may be a channel set to push to talk (PTT).

The controller status monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S1102). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 extracts the same voice for each voice from the received channel (S1105). Here, the control situation monitoring service providing server 300 may extract the voice for each voice that is determined to be the same voice.

The control status monitoring service providing server 300 divides the extracted voice into a pilot voice based on time information of the controller transmission voice (S1107). Among the extracted voices, voices that do not correspond to voices communicated at the time when the controller transmission voice is transmitted may be classified as pilot voices.

The control status monitoring service providing server 300 converts the controller transmission voice into controller text and converts the pilot voice into pilot text (S1110).

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1115).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1120).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1125). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1115 from the position information of the moving object received in step S1125 (S1130). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1115 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates with based on the flight number information extracted in the step S1120 from the location information of the moving object received in step S1125 (S1135). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1125 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1140). In operation S1140, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1140, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1145). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1140 or step S1145, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on a speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1140, the control status monitoring service providing server 300 is a graphic moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text; And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1145, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text. Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1150).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether it corresponds to at least one of a reception sensitivity low area, a radio communication failure area, a radio interference inflow area, and a radio shading area (S1155). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S1160).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1165). Here, the report generated in step S1160 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1170). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

12 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 12, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1200). The channel may be a channel set to push to talk (PTT).

The controller status monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S1202). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The controller status monitoring service providing server 300 extracts a controller voice and a pilot voice from the received channel based on time information of the controller transmission voice transmitted by the transmitter of the received controller (S1205). Here, the control status monitoring service providing server 300 may extract the voice communicated through the channel at the time when the controller transmission voice is transmitted as the controller voice, and the voice communicated through the channel at other times is the pilot voice. Can be extracted with

The control status monitoring service providing server 300 converts the controller voice into controller text and converts the pilot voice into pilot text (S1210).

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1215).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1220).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1225). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1215 from the position information of the moving object received in step S1225 (S1230). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1215 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates with based on the flight number information extracted in the step S1220 from the location information of the moving object received in step S1225 (S1235). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1225 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1240). In operation S1240, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information of a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1240, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter position information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1245). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1240 or step S1245, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, the alarm keyword is output on the speech bubble associated with the text, and the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1240, the control status monitoring service providing server 300 is a graphic moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text; And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1245, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text; Second display information for displaying in association with a communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1250).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, In operation S1255, it is determined whether the reception sensitivity is lowered, at least one of a radio communication failure area, a radio interference inflow area, and a radio shading area. Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S1260).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1265). Here, the report generated in step S1260 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1270). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

13 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 13, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1300). The channel may be a channel set to push to talk (PTT).

The control status monitoring service providing server 300 receives the controller transmission voice transmitted by the controller of the controller (S1302). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The control status monitoring service providing server 300 extracts a pilot voice from the received channel based on time information of the controller transmission voice transmitted by the transmitter of the received controller (S1305). Here, the control status monitoring service providing server 300 may extract the voice communicated through the channel in addition to the time when the controller transmission voice is transmitted as the pilot voice.

The control status monitoring service providing server 300 converts the controller transmission voice into controller text and converts the pilot voice into pilot text (S1310).

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1315).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1320).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1325). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1315 from the position information of the moving object received in step S1325 (S1330). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1315 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates based on the flight number information extracted in the step S1320 from the location information of the moving object received in step S1325 (S1335). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1325 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1340). In operation S1340, the text of the controller may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information of a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1340, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1345). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1340 or step S1345, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on a speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1340, the control status monitoring service providing server 300 is a graphic moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text; And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1345, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text. Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1350).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether or not the reception sensitivity is at least one of the radioactive area, radio communication failure area, radio interference inflow area and radio shading area (S1355). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S1360).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1365). Here, the report generated in step S1360 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1370). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

In some embodiments, in the region classification step of FIGS. 6 to 13, the control status monitoring service providing server 300 accumulates alarm information, and the area indicated by the alarm information is introduced into the noise based on the shorted alarm information. At least one of an area, a reception sensitivity area, a radio communication failure area, a radio interference inflow area, and a radio shading area may be determined, and in the report generation step, a report on the determination result may be generated.

In some embodiments, in the region classification step of FIG. 6 to FIG. 13, the control situation monitoring service providing server 300 may include a noise inflow region, a low reception sensitivity region, a radio communication failure region, and the region indicated by the generated alarm information. It is determined whether at least one of the radio interference inflow area and the radio shading area is included, and the result of the determination is accumulated, and based on the accumulated judgment result, the noise inflow area, reception sensitivity region, radio communication failure area, radio interference A region corresponding to at least one of the inflow region and the radio shade region may be selected, and in the report generation step, a report on the selected region may be generated.

In some embodiments, in the area classification step of FIG. 6 to FIG. 13, the control situation monitoring service providing server 300 accumulates the controller text and the pilot text as management text, and among preset keywords or preset conditions. Based on at least one and the accumulated management text, the controller text or the area indicated by the pilot text corresponds to at least one of a noise inflow area, a reception sensitivity low area, a radio communication failure area, a radio interference reception area, and a radio shadow area. In the report generation step, a report on the determination result may be generated.

In some embodiments, in the area classification step of FIGS. 6 to 13, the control status monitoring service providing server 300 may include an area indicated by the controller text or the pilot text based on a preset keyword or a preset condition. It is determined whether at least one of a noise inflow area, a reception sensitivity area, a radio communication failure area, a radio interference inflow area, and a radio shadow area is included, and accumulates the determination result, based on the accumulated judgment result. A region corresponding to at least one of a region, a reception sensitivity region, a radio communication failure region, a radio interference inflow region, and a radio shade region may be selected, and in the report generation step, a report on the selected region may be generated.

14 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another exemplary embodiment of the present invention.

Referring to FIG. 14, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1400). The channel may be a channel set to push to talk (PTT).

The monitoring situation monitoring service providing server 300 converts the voice of the received channel into text (S1405).

The control status monitoring service providing server 300 extracts the controller text and the pilot text from the converted text based on the communication pattern required by the control communication rule (S1410). An example of the communication pattern required by the traffic communication rule is communication patterns such as pilot voice (Asiana 123 Incheon Tower good day) and pilot voice (Incheon Tower Asiana 123 good day) that call the other party, inform themselves, and communicate the contents. For example, if there is a communication pattern related to the pilot voice in the converted text, it may be extracted as the pilot text, and if there is a communication pattern related to the controller voice, the extracted text may be extracted as the controller text.

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1415).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1420).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1425). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1415 from the position information of the moving object received in step S1425 (S1430). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1415 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates based on the flight number information extracted in step S1420 from the location information of the moving object received in step S1425 (S1435). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1425 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1440). In operation S1440, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1440, the control status monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1445). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1440 or step S1445, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on the speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1440, the control status monitoring service providing server 300 is a graphic moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text; And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1445, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text. Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1450).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether the reception sensitivity is at least one of the following areas: a low sensitivity zone, a radio communication failure area, a radio wave interference inflow area, and a radio wave shading area (S1455). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S1460).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1465). Here, the report generated in step S1460 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1470). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

15 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 15, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1500). The channel may be a channel set to push to talk (PTT).

The controller status monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S1502). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 converts the voice of the received channel into text (S1505).

The controller status monitoring service providing server 300 converts the controller transmission voice into the controller transmission text (S1507).

The controller status monitoring service providing server 300 extracts the controller text and the pilot text from the converted text based on the controller transmission text converted in step S1507 (S1510). The text corresponding to the controller transmission text among the converted text may be extracted as controller text, and the text that is not may be extracted as pilot text.

The control situation monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1515).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1520).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1525). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1515 from the position information of the moving object received in step S1525 (S1530). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1515 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates based on the flight number information extracted in the step S1520 from the location information of the moving object received in step S1525 (S1535). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1525 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1540). In operation S1540, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1540, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1545). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1540 or step S1545, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on a speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1540, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text. And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1545, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text; Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1550).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether the reception sensitivity is at least one of the following areas: a low sensitivity zone, a radio communication failure area, a radio wave interference inflow area, and a radio shading area (S1555). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control status monitoring service providing server 300 generates a report on the determination result (S1560).

The control status monitoring service providing server 300 transmits the alarm information to at least one device (S1565). Here, the report generated in step S1560 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1570). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

16 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 16, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1600). The channel may be a channel set to push to talk (PTT).

The controller status monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S1602). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 converts the voice of the received channel into text (S1605).

The controller status monitoring service providing server 300 converts the controller transmission voice into controller text (S1607).

The control situation monitoring service providing server 300 extracts the pilot text from the converted text based on the converted controller text in step S1607 (S1610). The text that does not correspond to the controller transmission text among the converted text may be extracted as pilot text.

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1615).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1620).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1625). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control status monitoring service providing server 300 extracts the location information of the moving object controlled by the pilot based on the flight information extracted in step S1615 from the location information of the moving object received in step S1625 (S1630). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1615 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates based on the flight number information extracted in the step S1620 from the location information of the moving object received in step S1625 (S1635). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1625 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1640). In operation S1640, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1640, the control status monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1645). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1640 or step S1645, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, and outputs the alarm keyword on the speech bubble associated with the text, the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1640, the control status monitoring service providing server 300 moves a graphic moving object corresponding to the moving object to a position on the electronic map indicated by the moving object position information, the moving object position information, and the controller text. And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1645, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text. Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information of the moving object is generated (S1650).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, In operation S1655, it is determined whether the reception sensitivity ranges from at least one of a low sensitivity area, a radio communication failure area, a radio interference inflow area, and a radio shadow area. Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control status monitoring service providing server 300 generates a report on the determination result (S1660).

The control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1665). Here, the report generated in step S1660 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1670). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

17 is a flowchart illustrating a method for providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 17, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1700). The channel may be a channel set to push to talk (PTT).

The controller monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S1702). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 converts the voice of the received channel into text (S1705).

The control status monitoring service providing server 300 extracts the controller text and the pilot text from the converted text based on the time information of the controller transmission voice (S1710). Among the converted texts, the text of the voice communicated at the time when the controller transmission voice is transmitted may be extracted as controller text, and the text that is not may be extracted as pilot text.

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1715).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1720).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1725). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1715 from the position information of the moving object received in step S1725 (S1730). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1715 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates based on the flight number information extracted in step S1720 from the location information of the moving object received in step S1725 (S1735). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1725 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1740). In operation S1740, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1740, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1745). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1740 or step S1745, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, the alarm keyword is output on the speech bubble associated with the text and the alarm keyword. The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1740, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text. And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1745, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text; Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1750).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether the reception sensitivity is at least one of the following areas: a low sensitivity zone, a radio communication failure area, a radio interference inflow area, and a radio shadow area (S1755). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The control situation monitoring service providing server 300 generates a report on the determination result (S1760).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1765). Here, the report generated in step S1760 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1770). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

18 is a flowchart illustrating a method of providing a real-time monitoring status monitoring service according to another embodiment of the present invention.

Referring to FIG. 18, the control situation monitoring service providing server 300 receives a channel in which a controller communicates with a pilot (S1800). The channel may be a channel set to push to talk (PTT).

The controller status monitoring service providing server 300 receives a controller transmission voice transmitted by the controller of the controller (S1802). The control status monitoring service providing server 300 may separately receive a signal transmitted from the transmitter of the controller through the channel through a network connected with the transmitter of the controller.

The monitoring situation monitoring service providing server 300 converts the voice of the received channel into text (S1805).

The controller status monitoring service providing server 300 converts the controller transmission voice into controller text (S1807).

The control status monitoring service providing server 300 extracts the pilot text from the converted text based on the time information of the controller transmission voice (S1810). Among the converted texts, the text of the communicated voice other than the time when the controller transmission voice is transmitted may be extracted as the pilot text.

The control status monitoring service providing server 300 extracts flight number information of the moving object controlled by the pilot from the pilot text (S1815).

The control status monitoring service providing server 300 extracts flight number information of the moving object which the controller calls and communicates with in the text of the controller (S1820).

The monitoring situation monitoring service providing server 300 receives the location information of the moving object from the location providing server 400 (S1825). Here, the received location information may include location information of a moving object that the pilot controls, and may include flight number information of the moving object and related information that associates the flight information with the location information.

The control situation monitoring service providing server 300 extracts the position information of the moving object controlled by the pilot based on the flight information extracted in the step S1815 from the position information of the moving object received in step S1825 (S1830). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1815 as the location information of the moving object controlled by the pilot.

The control status monitoring service providing server 300 extracts the location information of the moving object which the controller calls and communicates with based on the flight number information extracted in step S1820 from the location information of the moving object received in step S1825 (S1835). Here, the control status monitoring service providing server 300 may extract the location information associated with the flight number information extracted in step S1825 as the location information of the moving object which the controller calls and teaches.

The control status monitoring service providing server 300 displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1840). In operation S1840, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech bubble may be displayed to be associated with time and moving position information at a time when a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, in step S1840, the controller monitoring service providing server 300 may display the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

The control status monitoring service providing server 300 displays the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information. (S1845). Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In step S1840 or step S1845, when the control situation monitoring service providing server 300 includes the alarm keyword in the controller text or the pilot text, the alarm keyword is output on the speech bubble associated with the text, and the alarm keyword The part corresponding to may be displayed to be distinguished from other parts.

In some embodiments, in step S1840, the control status monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the controller text. And generate first display information for displaying in association with a communication time of a channel or for displaying in association with a transmitter position information of the controller and a communication time of the channel, and transmitting the generated first display information to at least one device. Can be.

The device receiving the first display information from the control status monitoring service providing server 300 uses the first display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the first display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with time and moving position information of a time point at which a voice corresponding to the controller text is communicated. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

In some embodiments, the device receiving the first display information from the control status monitoring service providing server 300 displays the controller text in association with the controller's transmitter location information and the communication time of the channel on the electronic map. can do. Here, the controller text may be displayed as a first speech bubble on the electronic map, and the first speech balloon may be displayed in association with the time at which the voice corresponding to the controller text is communicated and the controller transmitter location information.

In some embodiments, in step S1845, the control situation monitoring service providing server 300 is a graphical moving object, the moving object position information and the moving object corresponding to the moving object at a position on the electronic map indicated by the moving object position information of the pilot text. Second display information for displaying in association with the communication time of the channel may be generated, and the generated second display information may be transmitted to at least one device.

The device that receives the second display information from the control status monitoring service providing server 300 uses the second display information to correspond to the moving object at a position on the electronic map indicated by the moving object position information using the second display information. The display may be displayed in association with a moving graphic moving object, the moving object position information, and the communication time of the channel. Here, the pilot text is displayed as a second speech bubble on the electronic map, the second speech balloon is the time at which the graphic mobile object, the voice corresponding to the pilot text is communicated, the location information of the moving object and the flight number information of the moving object; May be displayed as relevant. The electronic map may be, for example, the electronic map shown in FIG. 4, and the graphic moving object may be, for example, an image displayed in association with the “AAR135” displayed on the electronic map shown in FIG. 4.

The device that has received the first display information or the second display information from the control status monitoring service providing server 300 includes, when the alarm keyword is included in the controller text or the pilot text, the alarm on the speech bubble associated with the text. The keyword may be output and a part corresponding to the alarm keyword may be displayed to be distinguished from other parts.

When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, the control status monitoring service providing server 300 satisfies the voice or alarm condition including the alarm keyword. Alarm information including a time at which the voice is communicated and flight number information on the moving object is generated (S1850).

The control situation monitoring service providing server 300 accumulates the log data in which the alarm information is generated, classifies the area indicated by the alarm information according to the type of the alarm information, and indicates that the area indicated by the alarm information is a noise inflow area, It is determined whether or not it corresponds to at least one of a reception sensitivity low area, a radio communication failure area, a radio wave communication inflow area, and a radio shading area (S1855). Here, the noise influx area means a region where noise is introduced or is severe in the communication contents, and the reception sensitivity lower region means an area where audio or radio is weak in the communication contents. In an area of communication, it means an area where Audio or Radio is bad. In addition, the radio wave interference inflow area means an area where interference is received in the communication contents, and the radio shading area means an area corresponding to the case where there is no answer when calling the other party continuously in the communication contents. In judging the radio shade area, “Asiana 123 Incheon Tower Do you hear me?” When call phrases such as the above occur more than a preset value, it may be judged as a radio shading area. The preset value may be two or three times.

The monitoring situation monitoring service providing server 300 generates a report on the determination result (S1860).

Control situation monitoring service providing server 300 transmits the alarm information to at least one device (S1865). Here, the report generated in step S1860 may be further transmitted.

When the control status monitoring service providing server 300 receives the information including the text associated with the failure processing from the at least one device, the control status monitoring service providing server 300 associates the information including the text associated with the failure processing with the alarm information. (S1870). Here, the text associated with the failure processing may include information on the failure processing, and the information on the failure processing may include the content of the failure type, the progress report, and the termination report. In some embodiments, the monitoring situation monitoring service providing server 300 may store information including text associated with the failure processing in association with log data in which the alarm information is recorded.

In some embodiments, in the area classification step of FIGS. 14 to 18, the control status monitoring service providing server 300 accumulates alarm information, and an area in which the alarm information is indicated based on the shorted alarm information is introduced into the noise. At least one of an area, a reception sensitivity area, a radio communication failure area, a radio interference inflow area, and a radio shading area may be determined, and in the report generation step, a report on the determination result may be generated.

In some embodiments, in the region classification step of FIGS. 14 to 18, the control situation monitoring service providing server 300 may include a noise induction region, a reception sensitivity lower region, a radio communication failure region, and the region indicated by the generated alarm information. It is determined whether at least one of the radio interference inflow area and the radio shading area is included, and the result of the determination is accumulated. A region corresponding to at least one of the inflow region and the radio shade region may be selected, and in the report generation step, a report on the selected region may be generated.

In some embodiments, in the area classification step of FIG. 14 to FIG. 18, the control situation monitoring service providing server 300 accumulates the controller text and the pilot text as management text, and among preset keywords or preset conditions. Based on at least one and the accumulated management text, the controller text or the area indicated by the pilot text corresponds to at least one of a noise inflow area, a reception sensitivity area, a radio communication failure area, a radio interference reception area, and a radio shadow area. In the report generation step, a report on the determination result may be generated.

In some embodiments, in the region classification step of FIG. 14 to FIG. 18, the control situation monitoring service providing server 300 may include an area indicated by the controller text or the pilot text based on a preset keyword or a preset condition. It is determined whether at least one of a noise inflow area, a reception sensitivity area, a radio communication failure area, a radio interference inflow area, and a radio shadow area is included, and accumulates the determination result, based on the accumulated judgment result. A region corresponding to at least one of a region, a reception sensitivity region, a radio communication failure region, a radio interference inflow region, and a radio shade region may be selected, and in the report generation step, a report on the selected region may be generated.

5 to 18 is not described for the method of providing a real-time monitoring status monitoring service of the real-time monitoring status monitoring service combining the text, the location and flight number information of the air conversion voice conversion through the previous through FIGS. 1 to 4 The description will be omitted as it can be easily inferred from the same or the same as described for the providing method.

The method for providing a real-time monitoring status monitoring service according to an embodiment described with reference to FIGS. 5 to 18 may be implemented in the form of a recording medium including instructions executable by a computer such as an application or a program module executed by a computer. Can be. Computer readable media can be any available media that can be accessed by a computer and includes both volatile and nonvolatile media, removable and non-removable media. In addition, computer readable media may include all computer storage media. Computer storage media includes both volatile and nonvolatile, removable and non-removable media implemented in any method or technology for storage of information such as computer readable instructions, data structures, program modules or other data.

According to an embodiment of the present invention, a method for providing a real-time monitoring status monitoring service combining text converted from air traffic control voice, location and flight information of an aircraft, is an application basically installed in a terminal (this is a platform basically loaded in a terminal). Or an application (ie, a program) installed directly on the master terminal by an application providing server, such as an application store server, an application, or a web server related to the corresponding service. May be executed by In this sense, the method for providing a real-time monitoring status monitoring service combining text converted from air traffic control voice, location and flight information of an aircraft according to an embodiment of the present invention described above is basically installed in a terminal or directly installed by a user. (Ie, a program) and recorded on a computer-readable recording medium such as a terminal.

The foregoing description of the present invention is intended for illustration, and it will be understood by those skilled in the art that the present invention may be easily modified in other specific forms without changing the technical spirit or essential features of the present invention. will be. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

The scope of the present invention is shown by the following claims rather than the above description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included in the scope of the present invention. do.

Claims (52)

A communication unit for receiving a communication channel between a controller and a pilot and receiving mobile unit position information which is position information of a mobile unit controlled by the pilot from a location providing server; And
Based on previously stored controller voice learning information, the controller voice and the pilot voice are extracted from the received channel, and the controller controller and the extracted pilot voice are converted into text to generate controller text and pilot text.
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for association and display,
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit for receiving a communication channel between a controller and a pilot and receiving mobile unit position information which is position information of a mobile unit controlled by the pilot from a location providing server; And
Extracting a voice for each same voice from the received channel, converting the extracted voice into text, and classifying the converted text into controller text and pilot text based on a communication pattern required by the control communication rule,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for association and display,
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Extract the voice for each same voice from the received channel, convert the controller transmitted voice into controller transmitted text, convert the extracted voice into text, and convert the extracted voice based on the converted controller transmitted text. Separate text into controller text and pilot text,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for display in association;
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Extracted speech for each same voice from the received channel, converting the controller transmitted speech into controller text, converting the extracted speech into text, and converting the extracted speech based on the converted controller text Separated by pilot text,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for association and display,
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Extract the voice for each same voice from the received channel, divide the extracted voice into a controller voice and a pilot voice based on time information of the controller transmission voice transmitted by the transmitter of the received controller, and divide the controller voice into a controller Convert to text, convert the pilot voice to pilot text,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for display in association;
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Extract the voice for each same voice from the received channel, classify the extracted voice into a pilot voice based on time information of the controller transmit voice transmitted by the transmitter of the received controller, and convert the controller transmitted voice into controller text. Convert the pilot voice to pilot text,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for display in association;
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit for receiving a communication channel between the controller and the pilot, receiving a controller transmission voice transmitted by the transmitter of the controller, and receiving mobile unit position information, which is the position information of the mobile unit controlled by the pilot, from a location providing server; And
Based on the time information of the controller transmission voice transmitted by the transmitter of the received controller, the controller voice and the pilot voice are respectively extracted from the received channel, the extracted controller voice is converted into controller text, and the extracted pilot voice. Convert to pilot text,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for display in association;
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Extract the pilot voice from the received channel based on the time information of the controller transmitted voice transmitted by the transmitter of the received controller, convert the controller transmitted voice into controller text, and convert the extracted pilot voice into pilot text. and,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for display in association;
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit for receiving a communication channel between a controller and a pilot and receiving mobile unit position information which is position information of a mobile unit controlled by the pilot from a location providing server; And
Converts the voice of the received channel into text, extracts controller text and pilot text from the converted text based on a communication pattern required by the control communication rule,
The controller text is displayed in association with the graphic moving object, the moving object position information and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time, and a graphic moving object moving corresponding to the moving object at a position on the electronic map indicated by the moving object position information, the moving object position information and the communication time of the channel; Generate second display information for association and display,
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Convert the voice of the received channel into text, convert the controller transmitted voice into controller transmitted text, extract controller text and pilot text from the converted text based on the converted controller transmitted text,
The controller text is displayed in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time of a graphic object, and a graphic moving object moving corresponding to the moving object at a position on an electronic map indicated by the moving object position information, the moving object position information, and the communication time of the channel. Generate second display information for display in association with
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Converts the voice of the received channel into text, converts the controller transmitted speech into controller text, extracts pilot text from the converted text based on the converted controller text,
The controller text is displayed in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time of a graphic object, and a graphic moving object moving corresponding to the moving object at a position on an electronic map indicated by the moving object position information, the moving object position information, and the communication time of the channel. Generate second display information for display in association with
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Converts the voice of the received channel into text, extracts the controller text and the pilot text from the text based on time information of the controller transmission voice transmitted by the transmitter of the received controller,
The controller text is displayed in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time of a graphic object, and a graphic moving object moving corresponding to the moving object at a position on an electronic map indicated by the moving object position information, the moving object position information, and the communication time of the channel. Generate second display information for display in association with
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. A communication unit configured to receive a communication channel between a controller and a pilot, receive a controller transmission voice transmitted by the controller's transmitter, and receive moving object position information, which is the position information of the moving object controlled by the pilot, from a location providing server; And
Converts the voice of the received channel into text, converts the controller transmitted voice into controller text, extracts pilot text from the text based on time information of the controller transmitted voice transmitted by the transmitter of the received controller,
The controller text is displayed in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller and the channel. First display information for displaying in association with a communication time of a graphic object, and a graphic moving object moving corresponding to the moving object at a position on an electronic map indicated by the moving object position information, the moving object position information, and the communication time of the channel. Generate second display information for display in association with
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a time at which a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated; A control unit for generating alarm information including flight number information for the moving object,
The communication unit,
Control situation monitoring service providing server, characterized in that for transmitting the first display information or the second display information to at least one device. The method according to any one of claims 1 to 13,
The control unit,
Extracting flight number information of the moving object that the pilot controls from the pilot text, and the position of the moving object controlled by the pilot corresponding to the flight information of the moving object extracted from the pilot text from the position information of the moving object received from the position providing server Extracts information, and extracts flight number information of a moving object that the controller calls and communicates with the controller text, and corresponds to flight number information of a mobile object which is called and communicated with the extracted controller from the position information of the moving object received from the location providing server. Monitoring situation monitoring service providing server, characterized in that for extracting the location information of the moving object. The method according to any one of claims 1 to 13,
The location providing server,
Monitoring situation monitoring service providing server comprising ADS-B (Automatic Dependence Surveillance-Broadcast). The method of claim 1,
The controller voice learning information,
And a plurality of control terms, voices of a plurality of controllers that pronounce the plurality of control terms, and voice feature information recognized from the voices of the plurality of controllers are deep learning and database information. Situation Monitoring Service Provisioning Server. The method according to any one of claims 1 to 13,
The first display information,
The controller text is displayed as a first speech bubble on the electronic map, and the first speech balloon is displayed in association with time and moving position information at the time when the voice corresponding to the controller text is communicated, or a voice corresponding to the controller text is displayed. And information for displaying in association with the time of the communication point and the controller transmitter location information,
The second display information,
The pilot text is displayed as a second speech bubble on the electronic map, and the second speech balloon is associated with the graphic moving object, the time at which the voice corresponding to the pilot text is communicated, the moving object position information, and the flight number information of the moving object. Monitoring status monitoring service providing server comprising information for displaying. The method of claim 17,
The first display information,
When the alarm keyword is included in the controller text, the alarm keyword is output on a speech bubble associated with the text, and information for displaying a part corresponding to the alarm keyword to be distinguished from other parts,
The second display information,
When the alarm keyword is included in the pilot text, the alarm keyword is output on a speech bubble associated with the text, and information for displaying a part corresponding to the alarm keyword is distinguished from other parts. To provide a monitoring service monitoring server. The method according to any one of claims 1 to 13,
The communication unit,
Transmit the alarm information to at least one device,
When receiving information including the text associated with the failure processing from the at least one device, the control unit further comprises a storage unit for storing information including the text associated with the failure processing in association with the alarm information; Situation Monitoring Service Provisioning Server. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
A third server extracting a controller voice and a pilot voice from the received channel based on previously stored controller voice learning information;
Generating, by a fourth server, the controller text and the pilot text by converting the extracted controller voice and the extracted pilot voice into text;
A fifth server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
A second display information for displaying the pilot text in association with the moving object of the graphic moving object, the moving object position information, and the channel at a position on the electronic map indicated by the moving position information by the sixth server; Generating; And
When the seventh server includes the preset alarm keyword or the pilot text or meets a preset alarm condition, a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
Extracting, by a third server, a voice for each same voice from the received channel;
A fourth server converting the extracted voice into text;
A fifth server dividing the converted text into a controller text and a pilot text based on a communication pattern required by the control communication rule;
A sixth server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
A second display information for displaying, by the seventh server, the pilot text in association with the graphic moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. Generating; And
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
Extracting, by a fourth server, a voice for each same voice from the received channel;
Converting, by the fifth server, the controller transmission voice into the controller transmission text;
A sixth server converting the extracted voice into text;
A seventh server dividing the extracted voice converted text into controller text and pilot text based on the converted controller transmission text;
An eighth server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
Second display information for displaying, by the ninth server, the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. Generating; And
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
Extracting, by a fourth server, a voice for each same voice from the received channel;
A fifth server converting the controller transmission voice into controller text;
A sixth server converting the extracted voice into text;
A seventh server dividing the extracted text by converting the extracted voice into pilot text based on the converted controller text;
An eighth server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
Second display information for displaying, by the ninth server, the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. Generating; And
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
Extracting, by a fourth server, a voice for each same voice from the received channel;
A fifth server dividing the extracted voice into a controller voice and a pilot voice based on time information of a controller transmitted voice transmitted by the transmitter of the received controller;
A sixth server converting the controller voice into controller text;
A seventh server converting the pilot voice into pilot text;
An eighth server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
Second display information for displaying, by the ninth server, the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. Generating; And
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
Extracting, by a fourth server, a voice for each same voice from the received channel;
Dividing, by a fifth server, the extracted voice into a pilot voice based on time information of a controller-transmitted voice transmitted by the transmitter of the received controller;
A sixth server converting the controller transmission voice into controller text;
A seventh server converting the pilot voice into pilot text;
An eighth server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
Second display information for displaying, by the ninth server, the pilot text in association with the graphic moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. Generating; And
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
Extracting, by a fourth server, a controller voice and a pilot voice from the received channel based on time information of the controller transmission voice transmitted by the transmitter of the received controller;
A fifth server converting the extracted controller voice into controller text;
A sixth server converting the extracted pilot voice into pilot text;
A seventh servo displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
Second display information for displaying, by the eighth server, the graphic text on the electronic map indicated by the moving object position information in association with the moving object, the moving object position information, and the communication time of the channel. Generating; And
When the ninth server includes the preset alarm keyword or the pilot text or meets a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
Extracting, by a fourth server, a pilot voice from the received channel based on time information of the controller transmission voice transmitted by the transmitter of the received controller;
A fifth server converting the controller transmission voice into controller text;
A sixth server converting the extracted pilot voice into pilot text;
A seventh server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
Second display information for displaying, by the eighth server, the graphic text on the electronic map indicated by the moving object position information in association with the moving object, the moving object position information, and the communication time of the channel. Generating; And
When the ninth server includes the preset alarm keyword or the pilot text or meets a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
A third server converting the voice of the received channel into text;
Extracting, by the fourth server, the controller text and the pilot text from the converted text based on the communication pattern required by the control communication rule;
A fifth server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position information of the controller. Generating first display information for display in association with a communication time of the channel;
A second display information for displaying the pilot text in association with the moving object of the graphic moving object, the moving object position information, and the channel at a position on the electronic map indicated by the moving position information by the sixth server; Generating; And
When the seventh server includes the preset alarm keyword or the pilot text or meets a preset alarm condition, a voice including the alarm keyword or a voice that satisfies the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
A fourth server converting the voice of the received channel into text;
Converting, by the fifth server, the controller transmission voice into the controller transmission text;
A sixth server extracting controller text and pilot text from the converted text based on the converted controller transmission text;
A seventh server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position of the controller Generating first display information for display in association with information and a communication time of the channel;
Second display information for displaying, by the eighth server, the graphic text on the electronic map indicated by the moving object position information in association with the moving object, the moving object position information, and the communication time of the channel. Generating; And
When the ninth server includes the preset alarm keyword or the pilot text or meets a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
A fourth server converting the voice of the received channel into text;
A fifth server converting the controller transmission voice into controller text;
Extracting, by a sixth server, pilot text from the converted text based on the converted controller text;
A seventh server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position of the controller Generating first display information for display in association with information and a communication time of the channel;
Second display information for displaying, by the eighth server, the graphic text on the electronic map indicated by the moving object position information in association with the moving object, the moving object position information, and the communication time of the channel. Generating; And
When the ninth server includes the preset alarm keyword or the pilot text or meets a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
A fourth server converting the voice of the received channel into text;
Extracting, by a fifth server, the controller text and the pilot text from the text based on time information of the controller transmission voice transmitted by the transmitter of the received controller;
A sixth server displays the text of the controller in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position of the controller Generating first display information for display in association with information and a communication time of the channel;
A second display information for displaying, by the seventh server, the pilot text in association with the graphic moving object corresponding to the moving object, the moving object position information, and the communication time of the channel at a position on the electronic map indicated by the moving object position information. Generating; And
When the controller text or the pilot text includes a preset alarm keyword or satisfies a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. Receiving, by the first server, a channel with which the controller communicates with the pilot;
Receiving, by a second server, a controller transmission voice transmitted by the controller of the controller;
Receiving, by a third server, moving object position information which is position information of a moving object controlled by the pilot from a position providing server;
A fourth server converting the voice of the received channel into text;
A fifth server converting the controller transmission voice into controller text;
Extracting, by a sixth server, pilot text from the text based on time information of the controller transmitting voice transmitted by the transmitter of the received controller;
A seventh server displays the controller text in association with the graphic moving object, the moving object position information, and the communication time of the channel corresponding to the moving object at a position on the electronic map indicated by the moving object position information, or the transmitter position of the controller Generating first display information for display in association with information and a communication time of the channel;
Second display information for displaying, by the eighth server, the graphic text on the electronic map indicated by the moving object position information in association with the moving object, the moving object position information, and the communication time of the channel. Generating; And
When the ninth server includes the preset alarm keyword or the pilot text or meets a preset alarm condition, a voice including the alarm keyword or a voice meeting the alarm condition is communicated. Real-time monitoring status monitoring service providing method comprising the step of generating alarm information including the time and flight number information for the moving object. 33. The method according to any one of claims 20 to 32,
The location providing server,
How to provide real-time monitoring status monitoring service including ADS-B (Automatic Dependence Surveillance-Broadcast). The method of claim 20,
The controller voice learning information,
Real-time monitoring status monitoring service which is a database of a plurality of control terms, voices of a plurality of controllers pronounced in the plurality of control terms, and voice feature information recognized from voices of the plurality of controllers by deep learning How to Provide. 33. The method according to any one of claims 20 to 32,
The first display information,
The controller text is displayed as a first speech bubble on the electronic map, and the first speech balloon is displayed in association with time and moving position information at the time when the voice corresponding to the controller text is communicated, or a voice corresponding to the controller text is displayed. And information for displaying in association with the time of the communication point and the controller transmitter location information,
The second display information,
The pilot text is displayed as a second speech bubble on the electronic map, and the second speech balloon is associated with the graphic moving object, the time at which the voice corresponding to the pilot text is communicated, the moving object position information, and the flight number information of the moving object. Method for providing a real-time monitoring status monitoring service including information to display. The method of claim 35,
The first display information,
When the alarm keyword is included in the controller text, the alarm keyword is output on a speech bubble associated with the text, and information for displaying a part corresponding to the alarm keyword to be distinguished from other parts,
The second display information,
When the alarm keyword is included in the pilot text, a real-time control situation includes information for outputting the alarm keyword on a speech bubble associated with the text and displaying a part corresponding to the alarm keyword to be distinguished from other parts. How to Provide Monitoring Services. The method of claim 20 or 28,
Extracting, by an eighth server, flight number information of the moving object controlled by the pilot from the pilot text;
Extracting, by a ninth server, location information of the moving object controlled by the pilot corresponding to the flight number information of the moving object extracted from the pilot text from the location information of the moving object received from the location providing server;
Extracting, by a tenth server, flight number information of a moving object which the controller calls and communicates with in the controller text; And
The eleventh server further comprises the step of extracting the location information of the moving object corresponding to the flight number information of the mobile communication to call the extracted controller from the location information of the mobile object received from the location providing server provides a real-time monitoring status monitoring service Way. The method of claim 37,
A twelfth server transmitting the alarm information to at least one device; And
And when the thirteenth server receives the information including the text associated with the failure processing from the at least one device, storing information including the text associated with the failure processing in association with the alarm information. How to provide monitoring status monitoring service. The method of claim 38,
The 14th server further comprises the step of transmitting the first display information or the second display information to at least one device. delete The method of claim 21 or 31,
Extracting, by a ninth server, flight number information of the moving object controlled by the pilot from the pilot text;
Extracting, by a tenth server, location information of the moving object controlled by the pilot corresponding to the flight number information of the moving object extracted from the pilot text from the location information of the moving object received from the location providing server;
Extracting, by an eleventh server, flight number information of a moving object which the controller calls and communicates with in the controller text; And
The 12th server further comprises the step of extracting the location information of the moving object corresponding to the flight number information of the mobile communication to call the extracted controller from the location information of the moving object received from the location providing server provides a real-time monitoring status monitoring service Way. The method of claim 41,
A thirteenth server transmitting the alarm information to at least one device; And
If the fourteenth server receives the information including the text associated with the failure processing from the at least one device, storing the information including the text associated with the failure processing in association with the alarm information. How to provide monitoring status monitoring service. The method of claim 42,
The 15th server further comprises the step of transmitting the first display information or the second display information to at least one device. delete The method according to any one of claims 26, 27, 29, 30, and 32,
Extracting, by the tenth server, flight number information of the moving object controlled by the pilot from the pilot text;
Extracting, by an eleventh server, location information of a moving object controlled by the pilot corresponding to flight number information of the moving object extracted from the pilot text from the location information of the moving object received from the location providing server;
Extracting, by a twelfth server, flight number information of a moving object which the controller calls and communicates with in the controller text; And
Providing a real-time monitoring status monitoring service further comprising a thirteenth server extracting location information of the moving object corresponding to the flight number information of the moving object which the extracted controller calls and communicates with the extracted location information of the moving object received from the location providing server. Way. The method of claim 45,
Transmitting, by a fourteenth server, the alarm information to at least one device; And
And when the fifteenth server receives the information including the text associated with the failure processing from the at least one device, storing information including the text associated with the failure processing in association with the alarm information. How to provide monitoring status monitoring service. The method of claim 46,
The sixteenth server further comprises the step of transmitting the first display information or the second display information to at least one device. delete The method according to any one of claims 22, 23, 24 and 25,
Extracting, by the eleventh server, flight number information of the moving object controlled by the pilot from the pilot text;
Extracting, by a twelfth server, location information of the moving object controlled by the pilot corresponding to flight number information of the moving object extracted from the pilot text from the location information of the moving object received from the location providing server;
Extracting, by a thirteenth server, flight number information of a moving object which a controller calls and communicates with in said controller text; And
The 14th server further comprises the step of extracting the location information of the moving object corresponding to the flight number information of the mobile communication to call the extracted controller from the location information of the mobile object received from the location providing server provides a real-time monitoring status monitoring service Way. The method of claim 49,
Transmitting, by a fifteenth server, the alarm information to at least one device; And
And when the sixteenth server receives the information including the text associated with the failure processing from the at least one device, storing the information including the text associated with the failure processing in association with the alarm information. How to provide monitoring status monitoring service. 51. The method of claim 50,
The seventeenth server further comprises the step of transmitting the first display information or the second display information to at least one device. delete

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