KR100761234B1 - Integration control system, server and method by using interworking among control services - Google Patents

Abstract

A system, a server, and a method for providing an integrated control service by interworking among control services are provided to process the control service and notify a related person or organization of an abnormal state by integrating various separately operated control services, such as anti-thief, fireproof, weather, medical, power, and communication services, and collectively analyzing control information. A control information collector(110) collects and transfers the control information. An integrated control server(120) selects/processes the service related to the control information, and selects/processes the interworking service interworking with the related service if the control information indicates a control event. An alarm terminal(140) transmits a report message to the integrated control server by receiving abnormal state information and propagates an alarm message received from the integrated control server through the mobile network. An operation terminal controls(150) the integrated control server by receiving control data. The control service includes a GIS(Geographic Information System) service, an environment watching service, a traffic service, and so on.

Description

Integration Control System, Server and Method by Using Interworking Among Control Services}

1 is a block diagram schematically illustrating an integrated control system using interworking between control services according to an embodiment of the present invention;

2 is a block diagram schematically showing the internal configuration of the integrated control server according to an embodiment of the present invention;

3 is a flowchart illustrating an integrated control method according to a preferred embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

100: integrated control system 110: control data collection device

120: integrated control server 130: external agency server

140: alarm terminal 150: operation terminal

160: service terminal 210: information collection module

220: common DB 230: service core module

240: internal system interworking module 250: external organ interlocking module

260: alarm command module 270: operation management module

280: Situation board module 290: Geographic information system module

The present invention relates to an integrated control system, server, and method using interworking between control services. More specifically, it integrates various control services such as crime prevention, firefighting, weather, medical, power, and communication, which are operated separately, so that control information collected from each control service and specific control information collected by a specific server on a network can be integrated. Analyze and process control service, and if abnormal condition occurs, quickly propagate to related person or related organization to identify interlocking service that can be derived from specific control service to handle not only specific control service but also other interlocking control service. The present invention relates to a system, a server, and a method for interworking with each control service.

In modern society, various social problems are continuously occurring around the world, such as the explosive increase of population and the destruction of natural ecosystem due to the increased population, resource depletion, social crime, and traffic congestion. In order to solve these social problems, each country has established and operated a control service system that can quickly identify whether problems are occurring in each field, such as methods, firefighting, weather, medical, power, and communication, and take appropriate measures. Doing.

Such a control service system, for example, reports the occurrence of accidents collected from police boxes, police stations, etc. by telephone, dispatches manpower to cope with accidents, and sends a call signal that an emergency patient has occurred in a hospital. It has been operated by dispatching emergency medical teams upon receipt. In addition, in recent years, information and communication technology has evolved remarkably, and the aforementioned control service system is evolving into an electronic system using electronic communication devices, the Internet network, and mobile communication network.

However, such a conventional electronic control service system is a situation in which control service systems for each field are operated individually or independently, and not integrated. That is, crime prevention service, fire control service, weather control service, medical control service, power control service, communication control service, etc. are separately established and operated, and thus cannot exchange information with each other.

Meanwhile, crime prevention, firefighting, weather, medical care, power, and communication are organically related to each other. That is, when an abnormal condition occurs in a specific field among the fields such as crime prevention, fire fighting, weather, medical care, electric power, and communication, it may have a ripple effect to other fields. For example, if there is a big fire in a densely populated area and there is an emergency in firefighting, medical personnel must be put in to rescue the victims, and emergency communications must be maintained to spread the accident and prevent the spread of damage. In addition to monitoring the power system to prevent the power supply from being cut off by fire, emergency power must be supplied to the area when the power supply line is cut off by the fire. Security should be activated to prevent this.

Therefore, the control services for each of the above-mentioned fields are organically interworked with each other, and the organizations operating each control service cooperate with each other, predict the occurrence of abnormal conditions and their spread ranges, and comprehensively determine the corresponding measures. In this case, measures or measures should be taken.

However, to date, each of the control services has been independently constructed and operated by each institution, and there is no mutual work cooperation, and even if the business cooperation is taken, it is extremely limited, and there is a problem that rapid cooperation is impossible.

In order to solve this problem, the present invention integrates various control services such as crime prevention, fire fighting, weather, medical, power, and communication, which are operated separately, and collects itself from the control information collected from each control service in a specific server on the network. Comprehensive analysis of the control information to handle the control service, and if an abnormal condition occurs, quickly spreads to the relevant person or the relevant agency to identify the interlocking service that can be derived from the specific control service, other control interworking with not only the specific control service It is an object of the present invention to provide a system, a server, and a method for interworking with each control service by processing a service or generating an alarm.

In order to achieve the above object, the present invention provides a system for providing an integrated control service by integrating a plurality of control services, comprising: at least one control information collection device for collecting and transmitting control information; When control information is delivered, it is analyzed to select the related service for the control information among the plurality of control services, to perform the control process for the related service, and when the control information indicates the occurrence of the control event, it is linked with the related service among the plurality of control services. An integrated control server for selecting an interworking service to perform a control process for the interworking service; And an operation terminal for receiving the control data and controlling the integrated control server according to the control data.

In addition, according to another object of the present invention, in connection with at least one control information collection device, when receiving the control information from the control information collecting device to provide a integrated control service by integrating a plurality of control services, the control information Common database for storing the (DB: Database, hereinafter referred to as 'DB'); An information collection module configured to receive control information from the control information collecting device, store the control information in a common DB, transmit the control information, and control the control information collecting device; Upon receiving the control information from the information collection module, the control information is analyzed to select the related service, the related information is processed according to the preset algorithm of the related service, and the control data is generated, and the identification identifying the type of control processing in the control data. A service core module for delivering code data to which code is assigned; A plurality of sub-modules for performing control processing according to an algorithm provided upon receiving the code data; And receiving the code data from the service core module, confirming the type of control processing using the identification code assigned to the code data, and interworking the internal system interworking module for transferring the code data to the lower module corresponding to the type of control processing. It provides an integrated control server using the interworking between the control services comprising a.

In addition, according to another object of the present invention, in a system including at least one or more control information collecting device, integrated control server and operating terminal, the integrated control server to integrate a plurality of control services to provide an integrated control service A control method comprising: (a) collecting control information from a control collection device; (b) analyzing the control information to select a related service for the control information among the plurality of control services; (c) processing the control information according to an algorithm of the related service to generate control data; (d) if the control data is not event data, generating code data giving an identification code for identifying the type of control processing to the control data and delivering the code data to a lower module corresponding to the type of control processing among the at least one submodule; ; And (e) receiving code data from a lower module and performing control processing according to a normal data algorithm.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is a block diagram schematically illustrating an integrated control system using interworking between control services according to an exemplary embodiment of the present invention.

The integrated control system 100 using the interworking between the control services according to the preferred embodiment of the present invention is the control information collecting device 110, integrated control server 120, at least one external agency server 130, alarm terminal 140 ), The operation terminal 150 and the service terminal 160.

The control information collecting device 110 is a sensing means for collecting and transmitting control information of each field such as crime prevention, fire fighting, weather, medical care, electric power, and communication. The control information collecting device 110 may be a device equipped with various types of information collecting devices such as a surveillance camera, a heat sensor, a wind vane, an anemometer, a rain gauge, a power meter, a breaker, and a radio wave detector, and only control information of a specific field. It could be a device that detects and delivers.

Integrated control server 120 is implemented as a server on a network consisting of a plurality of modules, a server providing an integrated control service.

The integrated control server 120 according to the preferred embodiment of the present invention collects control information transmitted from the control information collecting device 110 or the external institution server 130 and referred to as a database (DB: 'hereinafter' 'DB') Control the related service by selecting the related service which is suitable for the transmitted control information among various kinds of control services by analyzing the control information and controlling the related service, and the control information indicates the occurrence of the control event. In this case, the interlocking service interworking with the selected related service is selected to control the interlocking service.

The external institution server 130 is a server on at least one or more networks connected to the integrated control server 120 on a network, and is a server operated by an external authority that manages each control service.

The external agency server 130 according to the preferred embodiment of the present invention is a server operated by an external agency that manages a national network such as a mobile communication company, a fire station, a meteorological office, a police office, a hospital, and Korea Electric Power. Control service, that is, fire control service, weather control service, crime prevention control service, medical control service, communication control service, power control service, etc., as well as to collect the control information of the field to the integrated control server 120 It delivers, in conjunction with the integrated control server 120 performs a control service according to the control processing of the integrated control server 120.

The alarm terminal 140, the operation terminal 150, and the service terminal 160 are types of computer systems such as a computer and a notebook computer. The alarm terminal 140, an operation terminal 150, and a service terminal 160 perform input / output and store data.

Alarm terminal 140 according to a preferred embodiment of the present invention is transmitted to the integrated control server 120 receives a report message for reporting the occurrence of the abnormal state through a variety of media such as mobile communication terminal, landline phone, fax, e-mail And, when notified of the occurrence of the event from the integrated control server 120 generates an alarm to propagate the occurrence of the event to a relevant person or related organizations using various media.

The various media may be a terrestrial broadcaster, a cable broadcaster, a message service such as a voice message service (VMS), a short message service (SMS), or a medium such as a speaker or a loudspeaker.

Operating terminal 150 according to a preferred embodiment of the present invention is a terminal of the operator managing the integrated control server 120, and transfers the control data input from the operator to the integrated control server 120, integrated according to the control data By controlling the control server 120 and outputting the control information or information about the event delivered from the integrated control server 120, the operator can monitor the control information and determine the occurrence of the event.

The service terminal 160 is a terminal that outputs various data transmitted from the integrated control server 120 through a user interface (UI). The service terminal 160 processes the control information, the current status of the control service, It outputs the occurrence status of the event, the processing status of the event, the processing status of the coordinated service, and the like on the screen.

2 is a block diagram schematically showing the internal configuration of the integrated control server according to an embodiment of the present invention.

Integrated control server 120 according to a preferred embodiment of the present invention is an information collection module 210, common DB 220, service core module 230, internal system interworking module 240 and at least one sub-module 250 , 260, 270, 280, and 290.

The information collecting module 210 receives control information from the control information collecting device 110 and stores the control information in the common DB 220, and transmits the control information to the service core module 230, and transmits the service information from the service core module 230. The control information collecting device 110 is controlled according to the control data.

The common DB 220 stores a database of various control information transmitted from the information collection module 210 for each field of control information. Although not shown, the common DB 220 includes an internal system interworking module 240 and information including a common DB module managing the common DB 220 in cooperation with the information collection module 210 and the internal system interworking module 240. The data module is added, deleted, search management function, query generation and execution function and the like under the control of the collection module 210.

The service core module 230 integrates and manages various control services such as geographic information system (GIS) services, environmental monitoring services, road traffic services, crime prevention services, and public facilities services. As an algorithm of independent public control services, and collect and analyze interworking data between public control services by logically and physically interworking between public control services, collect and analyze the occurrence of events, Manage interlock history.

To this end, the service core module 230, upon receiving control information from the information collection module 210, analyzes the control information and selects the related service which is the control service of the corresponding field, and the control information according to the algorithm of the related service. The control data is generated to generate control data, and generates code data in which an identification code for identifying the type of control processing is generated and transmitted to the control system interworking module 240.

Here, the control data is the control information is converted into data for processing in the integrated control server 120, the code data refers to the data to which the identification code for identifying the type of control processing to the control data.

In other words, the service core module 230 analyzes the control information, and the related service (that is, geographic information system service, crime prevention and disaster prevention service, environmental monitoring service, paint traffic service, public facility service, etc.), which is a control service of a corresponding field. ), And the code data is generated by adding an identification code for specifying the type of control processing (ie, the related service selected above) to the related data to the control data.

For example, when the service core module 230 receives control information indicating fire detection from the information collection module 210, selects a crime prevention disaster prevention service, which is a control service for fire detection, as a related service, and fires according to fire detection. , The degree of fire and whether the fire spreads to other fields due to the fire (eg, environmental monitoring, road traffic, etc.) to check whether the fire does not occur, the operation terminal 150, service terminal After generating the control data for outputting the detected fire information to the 160 and giving an identification code for identifying the crime prevention service, generates code data, and transmits to the internal system interworking module 240.

In addition, after generating the control data, the service core module 230 according to the preferred embodiment of the present invention checks whether the control data is event data and again, if the control data is event data, whether the event is an interworking event again. If the event is not an interlocking event, the event data and the identification code for identifying the type of the control processing are assigned to the control data to generate event code data and transmit the generated event code data to the internal system interworking module 240. In the case of an interlocking event, after repeating the procedure of selecting an interlocking service by checking the interlocking table, setting the interlocking service as a related service and generating control data for the corresponding interlocking service.

For example, when the service core module 230 receives control information indicating fire detection from the information collection module 210, selects a crime prevention disaster prevention service, which is a control service for fire detection, as a related service, and fires according to fire detection. Of the fire, the degree of fire and whether the fire has spread to other fields (eg, environmental monitoring, road traffic, etc.). If the degree of fire occurred is small and it is not necessary to link with other control services (eg, environmental monitoring, road traffic, etc.), it is necessary to identify the event occurrence code and the type of control processing indicating that a fire has occurred. After generating the event code data by adding the identification code to the control data, and transmits to the internal system interworking module 240.

In addition, when the occurrence of fire is serious and interworking with other control services is necessary, check the interlocking table provided to select the interlocking service to be interlocked, and reset the interlocking service to the related service to generate the control data. The procedure is repeated, and the event code data is generated by adding the event generating code and the identification code identifying the type of the control process to the control data separately from the control data, and the event code data is generated and transmitted to the internal system interworking module 240.

When the internal system interworking module 240 receives the code data or the event code data from the service core module 230, the internal system interworking module 240 analyzes the code data or the event code data to check the control service to perform the control process, and performs the control process. Code data or event to lower module (external organization interworking module 250, alarm command module 260, operation management module 270, status board module 280, geographic information system module 290) corresponding to the control service Pass code data.

At least one submodule includes an external system interworking module 250, an alarm command module 260, an operation management module 270, a status board module 280, a geographic information system module 290, and the like. The code data or event code data transmitted from the 240 is analyzed to process the corresponding control service.

The external institution interworking module 250 is connected to at least one external institution server 130, and when control information is transmitted from the external institution server 130, the external institution interworking module 250 is transmitted to the service core module 230 through the internal system interworking module 240. When the code data or the event code data is received from the internal system interworking module 240, the code data or the event code data is analyzed and the external institution server 130 to transmit the control information or the information about the event included in the code data or the event code data is selected. Transfer to the external agency server 130.

The alarm command module 260 is connected to the alarm terminal 140, and receives the event code data from the internal system interworking module 240 to analyze the information about the event and generates an alarm indicating that the event has occurred. The terminal 140 transmits the notification message from the alarm terminal 140 to the service core module 230 through the internal system interworking module 240.

The operation management module 270 is connected to the operation terminal 150 for operating and managing the integrated control server, and receives code data or event code data from the internal system interworking module 240 to analyze the code data or event code data. When the control information or event information contained in the grasp the information, and transmits to the operation terminal 150, and receives control data for controlling the integrated control server 120 from the operation terminal 150, the internal system interworking module 240 Transfer to the service core module 130 through).

The status board module 280 and the geographic information system module 290 are connected to the service terminal 160 and integrated by receiving the code data and the event code data from the internal system interworking module 240 to the service terminal 150. It serves as a communication interface between the control server 120 and the service terminal 160.

3 is a flowchart illustrating an integrated control method according to a preferred embodiment of the present invention.

The control information collecting device 110 uses the various sensors (surveillance camera, wind vane, rainfall meter, breaker, etc.) equipped with the integrated control information which is the detection information detected by periodically or continuously detecting whether an abnormal condition occurs or not. Delivering to the server 120, the information collection module 210 of the integrated control server 120 collects the control information from the control information collecting device 110 (S302).

The information collecting module 210 of the integrated control server 120 stores the collected control information in the common DB 220 and delivers it to the service core module 230, and the service core module 230 analyzes the service control information. Identify the areas (control, disaster prevention, road traffic, environmental monitoring, public facilities, etc.) to which the control information corresponds, and select the related service which is a control service of the corresponding field (S304). For example, when the control information is the detection information on the fire, the crime prevention and prevention service is selected as the related service.

The service core module 230 of the integrated control server 120 that selects the related service generates control data by processing the control information according to the algorithm of the selected related service (S306). That is, the service core module 230 includes processing algorithms for various control services such as geographic information system service, road traffic service, crime prevention service, public facilities service, and environmental monitoring service, and analyzes the control information and selects the related service. Control, which is a form of data that can be processed, processed, processed, and processed within the integrated control server 120 by processing the control information according to an algorithm of the above-described various control services. Generate as data. Therefore, when the selected related service is an anti-disaster prevention service, control data is generated by processing the control information according to an algorithm for the anti-disaster prevention service.

Here, the processing algorithm for various control services analyzes the control information to determine whether the information indicated by the control information is the usual detection information in which an event (abnormal state) does not occur, or the detection information of an event situation indicating the occurrence of an event. This refers to an algorithm for generating control data by adding an identifier indicating whether an event has occurred to the control information.

The service core module 230 of the integrated control server 120 that generated the control data checks whether the control data is event data (S308). That is, the service core module 230 that generates the control data includes an event (control fire, forest fire, etc.) indicating that the control data has occurred, an event (decrease of ozone, increase in fine dust, etc.) indicating that the environment has deteriorated, road traffic It is checked whether or not the event data indicating an event (such as a traffic jam, a traffic accident, etc.) indicating that the deterioration is worsened.

Since the service core module 230 of the integrated control server 120 confirms that the control data is not event data as a result of checking in step S308, the service core module 230 is not in a state to notify the occurrence of the event or to interwork with the interworking service. In order to indicate a relevant related field, an identification code (that is, an identification code indicating a type of a related service) for identifying the type of control processing is assigned to the control data to generate code data, and the internal system interworking module 240 The internal system interworking module 240 checks the identification code of the code data and selects the lower modules 250, 260, 270, 280, and 290 to perform control processing, and then the corresponding submodules 250, 260, and 270. , 280, 290) (S310).

That is, since the service core module 230 does not generate an event, the sub-module 270 does not provide an identification code for notifying the control data of the occurrence of the event to the external authority server 130 or the alarm terminal 140. , 280 and 290 are used to generate an identification code for outputting a monitoring situation to the operation terminal 150 or the service terminal 160 to generate code data, and then transmit the generated code data to the internal system interworking module 240. In addition, when receiving the code data, the internal system interworking module 240 checks the identification code included in the code data to determine that the code data should be transmitted to the corresponding submodules 270, 280, and 290. Transfer to the operation terminal 150 or the service terminal 160.

The sub-modules 270, 280, and 290 that have received the code data analyze the received code data to grasp the control information, and process the control information according to the usual data algorithm (S312). Here, the normal data algorithm is an algorithm for processing control information when receiving code data rather than event data, and outputs control information on a screen of the operation terminal 150, the service terminal 160, or the geographic information system. An algorithm that performs a procedure such as interlocking and outputting control information as geographic information.

On the other hand, the service core module 230 of the integrated control server 120, when the control data is the event data as a result of the check in step S308, it is a state that must be processed to notify the event occurrence or interworking with the interlocking service, the generated event is interlocked Check whether the event (S314).

The service core module 230 does not need to process the interlocking service when the event is not an interlocking event as a result of the check in step S314, and since the event core is propagated, the service core module 230 identifies a related field corresponding to the control information in the control data. In order to display the event code data by generating an identification code (that is, an identification code indicating the type of related service) and an event occurrence code to indicate the type of control processing, and then transmits the generated event code data to the internal system interworking module 240. After checking the identification code of the code data, the internal system interworking module 240 selects the submodules 250, 260, 270, 280, and 290 to perform control processing, and then selects the corresponding submodules 250, 260, 270, and 280. , 290) (S316).

 That is, since the service core module 230 does not need to process the interworking service although the event has occurred, the event that is an identification code for notifying the fact that the event occurred to the external institution server 130 or the alarm terminal 140 in the control data. The generation code is assigned to the event data algorithm in the external module interworking module 250, the alarm command module 260, the operation management module 270, the status board module 280, and the geographic information system module 290. Accordingly, after generating an event code data by giving an identification code for identifying the type of control processing to perform the control process, and transmits to the internal system interworking module 240. In addition, when the internal system interworking module 240 receives the code data, the internal system interworking module 240 checks the identification code included in the code data to determine the corresponding external module interworking module 250, the alarm command module 260, and the operation management module 270. In this regard, the event board data 280 and the geographic information system module 290 should be identified and transmitted to the corresponding submodule. The corresponding submodule receiving the event code data, that is, the external institution interworking module 250, the alarm command module 260, the operation management module 270, the status board module 280, and the geographic information system module 290, receive the received event. Analyze the code data to grasp the control information, and process the control information according to the provided event data algorithm (S312).

Here, the event data algorithm is an algorithm for processing control information when receiving event code data. The event data algorithm transmits the occurrence of the event along with the control information to an external institution server 130 in a related field or the event to the alarm terminal 140. Algorithm to transmit and propagate an alarm message informing the fact that the occurrence of the event or to notify the operation terminal and the occurrence of the control information and the event or output the control information as geographic information in conjunction with the geographic information system to be.

On the other hand, the service core module 230, when the event is the interlocking event, as a result of the check in step S314, the occurrence situation of the event grasped as control information is serious and may have a ripple effect not only in the control information corresponding field but also other fields. Since there is a situation, it is necessary to process the interlocking service for interworking with the control service of another field, so check the interlocking table provided to select the interlocking service according to the event occurrence level of the control information (S320) and process the interlocking service. In order to reset the interworking service to a related service (S322), the process proceeds to step S306 to generate control data again. That is, by resetting the interlocking service to the related service to generate the control data based on the control information (S306) and confirming whether or not the control data is event data (S308), the above-described procedure is performed again for the interlocking service. The interworking between various control services is performed by re-establishing a series of procedures for determining whether an event has occurred and whether another interworking service should be processed for the interworking service.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, a control service system providing various control services such as crime prevention, fire fighting, weather, medical care, electric power, and communication, which are operated separately, must be integrated, and each control service system must be redundantly constructed and operated. By building and operating common functions or devices in one integrated system, you can avoid the inefficiencies that need to be invested and managed redundantly in building and operating the system.

In addition, by solving the shortcomings of the conventional control service that could not be operated by interoperating between each control service through close interworking between each control service to other control service that can be spread due to the occurrence of abnormal conditions in a specific field Can be processed.

Claims (17)

In the system that provides a integrated control service by integrating a plurality of control services, At least one control information collection device for collecting and transmitting control information; When the control information is delivered, it is analyzed to select a related service for the control information among the plurality of control services, perform a control process for the related service, and if the control information indicates the occurrence of a control event, the plurality of control. An integrated control server for selecting an interlocking service interworking with the related service among the services and performing control processing for the interlocking service; An alarm terminal which receives a fact that an abnormal state occurs through at least one or more media, transmits a report message to the integrated control server, receives an alarm message from the integrated control server, and propagates through the medium; And Operation terminal for receiving the control data and controlling the integrated control server according to the control data Integrated control system using the interworking between the control services comprising a. The method of claim 1, wherein the plurality of control services, An integrated control system using interworking between control services, comprising at least one of a Geographic Information System (GIS) service, an environmental monitoring service, a road traffic service, a crime prevention service, and a public facility service. According to claim 1, The integrated control system, Delivering the control information to the integrated control server to control the plurality of control services, and in conjunction with the integrated control server further comprises at least one or more external agency server to perform the control service according to the control process Integrated control system using interworking between control services. delete The method of claim 1, The operation terminal generates a control message and delivers it to the integrated control server, and the integrated control server controls the control information collection device by transmitting the control message to the control information collection device. Integrated control system using According to claim 1, The integrated control server, Common database for storing the control information (DB: Database, hereinafter referred to as 'DB') An information collection module configured to receive the control information from the control information collection device, store the control information in the common DB, transmit the control information, and control the control information collection device; Upon receiving the control information from the information collection module, the control information is analyzed to select the related service, the control information is processed according to a preset algorithm of the related service, and control data is generated. A service core module for delivering code data assigned with an identification code for identifying the type of control processing; A plurality of sub-modules for performing the control process according to an algorithm provided upon receiving the code data; And When the code data is received from the service core module, the type of the control process is confirmed using an identification code assigned to the code data, and the code data is transferred to a lower module corresponding to the type of the control process among the lower modules. Internal system interworking module to deliver Integrated control system using the interworking between the control services comprising a. In the server connected to at least one control information collection device, when receiving the control information from the control information collection device to integrate a plurality of control services to provide an integrated control service, A common database for storing the control information (DB: Database, hereinafter referred to as 'DB'); An information collection module configured to receive the control information from the control information collection device, store the control information in the common DB, transmit the control information, and control the control information collection device; Upon receiving the control information from the information collection module, the control information is analyzed to select the related service, the control information is processed by generating the control data according to a predetermined algorithm of the related service, and the control data is controlled. A service core module for delivering code data assigned with an identification code for identifying the type of processing; A plurality of sub-modules for performing the control process according to an algorithm provided upon receiving the code data; And When the code data is received from the service core module, the type of the control process is confirmed using an identification code assigned to the code data, and the code data is transferred to a lower module corresponding to the type of the control process among the lower modules. Internal system interworking module to deliver Integrated control server using the interworking between the control services comprising a. The method of claim 7, wherein the plurality of sub-modules, Integrated control server using the interworking between the control service, characterized in that it comprises at least one or more of the external organization interworking module, operation management module, the status board module, Geographic Information System (GIS) module and the alarm command module. According to claim 8, The external organ interlocking module, Is connected with at least one external agency server that controls the plurality of control services, and when receiving the code data, transfers the control data included in the code data to the external agency server, and the control information from the external agency server. Integrated control server using the interworking between the control service, characterized in that for collecting and delivering to the service core module through the internal system interworking module. The method of claim 8, wherein the operation management module, It is connected to the operation terminal for operating and managing the integrated control server, when receiving the code data transfers the control data contained in the code data to the operation terminal, receives the control data from the operation terminal to receive the internal system Integrated control server using the interworking between the control service, characterized in that for transmitting to the service core module through the interworking module. According to claim 8, The situation board module, The service terminal is connected to a service terminal having a service user interface (UI), and when the code data is received, the control data included in the code data is analyzed to display the control information and an image of the control information. Integrated control server using the interworking between the control services, characterized in that the output on the screen. The method of claim 8, wherein the geographic information system module, And receiving the code data, analyzing the control data included in the code data, converting the control information into a form of geographic information, and outputting the control data. The method of claim 8, wherein the alarm command module, And receiving the code data, analyzing the control data included in the code data and generating an alarm for the event when an event occurs. The method of claim 7, wherein the service core module, By using the interworking between the control services, at least one control information transmitted from the information collection module to process the control information by combining a priority algorithm and a first in first out (FIFO) algorithm by contention processing. Integrated control server. In a system including at least one control information collection device, an integrated control server and an operating terminal, the integrated control server provides a unified control service by integrating a plurality of control services, (a) collecting control information from the control collection device; (b) analyzing the control information and selecting a related service for the control information among the plurality of control services; (c) processing the control information according to an algorithm of the related service to generate control data; (d) If the control data is not event data, generate code data to which the control data is assigned an identification code for identifying the type of control processing, and then convert the control data to a lower module corresponding to the type of the control processing. Delivering; And (e) receiving the code data in the lower module and performing the control process according to a normal data algorithm Integrated control method using the interworking between the control services comprising a. The method of claim 15, wherein the method is After step (e), (f) checking whether the event of the event data is a coordinated event when the control data is event data; (g) if the event is not the interlocking event, generating event code data in which an identification code for identifying a type of the control process and an event occurrence code are transmitted to the control data and delivered to the lower module; And (h) receiving the event code data in the lower module and performing the control process according to an event data algorithm Integrated control method using the interworking between the control services, characterized in that it further comprises. The method of claim 16, wherein the method is After step (h), (i) if the event is the interlocking event, checking an interlocking table provided to select an interlocking service; And (j) proceeding to step (c) to set the interworking service as the related service; Integrated control method using the interworking between the control services, characterized in that it further comprises.

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