JPH0354925A - Automatic processor for ground-to-air communication data - Google Patents

Abstract

PURPOSE:To automatically form communication schedule information by automatically processing communication data or a flight plan. CONSTITUTION:A communication content analyzing means 61 analyzes communication data and decides information such as data distributing destinations. A communication schedule information forming means 62 updates communication schedule information based upon a practical communication result. An updated schedule information display means 63 receives the latest communication schedule information, edits the received information in a latest communication schedule information list and displays the edited result on a display 3. A communication record forming means 64 edits the communication schedule information and the basic communication data to form a communication record. A communication record output means 65 outputs the communication record to another device 7 or a printer 4 in accordance with a data distributing destination. A data registering means 66 registers the communication schedule information or the like in a file 5. A data extracting means 67 extracts data from the file 5 at the time of receiving a data extraction request from a keyboard 1 and displays the extracted data on a display 2.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an automatic air communication data processing device for processing the contents of communication with an aircraft in flight.

[Prior art] An automatic air communication data processing device is. Among aviation security services,
Used for anti-aircraft communications work. In the automatic communication data processing equipment used in anti-aircraft communications operations, when the content of the communication is input, conventionally it analyzes the destination of the input data. The only function available was to send to specified distribution destinations.

[Problems to be Solved by the Invention] However, in the case of this type of conventional automatic air-to-air communication data processing device, since the main text of the communication content is not analyzed, the communication schedule information necessary for air-to-air communication work is not available to humans. created by hand, posted it on a panel, and each time they communicated,
Updates must be performed manually, and as the number of communicating aircraft increases, manual creation of communication schedule information is no longer sufficient, and automation is desired.

SUMMARY OF THE INVENTION An object of the present invention is to provide an automatic air-to-air communication data processing device that can analyze the text of communication content and automatically create communication schedule information.

[Means for Solving the Problems] According to the present invention, communication data is input in plain text in an automatic air-to-air communication data processing device that manually inputs the content of air-to-air communication with an aircraft in flight in plain text format and outputs it to another device 7. a keyboard 1 for analyzing the content of the input plain text communication data; a means 61 for analyzing the contents of the input plain text communication data; a means 62 for making a comparison with the communication schedule information created in advance based on the communication schedule information and creating the next communication schedule information; and a means 62 for displaying the latest list of the communication schedule information on the display 3; means 63 for displaying the latest information on the display when a change occurs; means 64 for formatting the analyzed data and adding it to the communication data to create a communication record; Means for outputting to other devices and the communication schedule information. There is obtained an automatic air-to-air communication data processing device characterized by comprising means for registering the communication record and the flight plan in a file 5.

[Example code] Next, the present invention will be explained in detail with reference to the drawings.

FIG. 1 is a block diagram of an automatic air-to-aircraft communication data processing apparatus according to an embodiment of the present invention. This automatic air-to-air communication data processing device includes a keyboard 1 for manually inputting the contents of air-to-air communication with an aircraft in flight in plain text format, and a display 2 for displaying manually input communication data or extracted data, as described below. A display 3 for displaying the latest communication schedule information list and extracted data, a printer 4 for outputting communication records (to be described later), and a magnetic disk for storing communication schedule information and communication record flight plans (to be described later) are used. It has a file 5 and a processing section 6.

The processing unit 6 includes communication content analysis means 61, communication schedule information creation means 62, latest communication schedule information display means 63, communication record creation means 64, communication record output means 65, and data registration means 6.
6. It has a data extraction means 67. This processing section 6 can be constructed using known general-purpose computer hardware and software. Further, this processing section 6 is connected to other devices 7, and can output human power of the flight plan and communication records.

To explain the basic operation of each means of the processing section 6, the communication content analysis means 61 analyzes the content of the main text of communication data in plain text format input from the keyboard 1. Determine information such as aircraft identification, current position, time, altitude, next scheduled passage position, scheduled time, communication time, data distribution destination, etc. The communication schedule information creation means 62 creates communication schedule information in advance based on the flight plan input from the other device 7, and then creates the communication schedule information based on the actual communication results determined by the communication content analysis means 61. Update communication schedule information.

The latest schedule information display means 63 receives the latest communication schedule information created by the communication schedule information creation means 62, edits it into a latest communication schedule information list, and displays it on the display 3. The communication record creation means 64 edits the communication schedule information passed from the communication schedule information creation means 62 and the base communication data to create a communication record. The communication record output means 65 outputs the communication record created by the communication record creation means 64 to the other device 7 and the printer 4 according to the data distribution destination determined by the communication content analysis means 61. The data registration means 66 stores the information created by the communication schedule information creation means 62 and the communication record creation means 64.
Register communication schedule information, communication records, and flight plan in file 5. The data extracting means 67 extracts necessary data from the file 5 in response to a data extraction request for communication schedule information, communication records, and flight plan entered manually from the keyboard 1 and displays it on the display 2 or the TT display 3.

FIG. 2 is a schematic block diagram when the processing unit 6 of this embodiment is configured using a general-purpose computer.

The computer system constituting the processing unit 6 includes a control processing unit 6a that controls the entire system and inputs and outputs data to and from the file 5, and a communication unit that performs data communication with the keyboard 1, displays 2, 3, printer 4, and other devices. Processing section 6b
and a business processing unit 6c that actually processes data such as communication data and flight=one-stroke extraction requests.

The control processing unit 6a passes the data received from the communication processing unit 6b to the business processing unit 6C to execute processing, and
In response to a data I/O request from the business processing unit 6C, data is read from and written to the file 5, and in response to a data transmission request from the business processing unit 6C, data is passed to the communication processing unit 6b. , data transmission, etc., and controls the flow of the entire system.

The communication processing unit 6b passes data input from the keyboard 1 and other devices 7 to the control processing unit 6a, and transmits data to the displays 2 and 3 in response to a data transmission request from the control processing unit 6a.
, printer 4, and other devices 7, and specializes in data communication.

The business processing section 6C processes the data passed from the control processing section 6a, and realizes the functions of this embodiment described above.

The functions of the control processing section 6a and communication processing section 6b are as follows. The present invention is realized by the configured computer hardware and basic software, and the specific processing of the present invention is executed by the software program of the business processing section 6c.

Figure 3 is. It is a schematic flowchart of the software program of the business processing section 6C.

When data is passed from the control processing unit 6a and program execution starts, the type of data is determined (step S
IOO), if it is a data extraction request, data extraction processing (
Step S101) is executed. In this data extraction process, a request is made to the control processing unit 6a to read specified data from the file 5, the read data is edited, and a transmission request to the display 2 or 3 is sent to the control processing unit 6a. Then, the process returns to step S100 and waits for the next data input.

Further, if the human data is communication data, communication data analysis processing (step S102) is executed. This communication data analysis process involves identifying the aircraft in the input data. Determines the current position, current time, altitude, next planned position, time, communication time, data distribution destination, etc. Then, it is determined whether communication schedule information for the aircraft has already been created (step S10B).
), if it has been created, the communication schedule information update process (step 5104) is executed; if it has not been created, the communication schedule information creation process (step 5104) is executed.
Step S105) is executed. The communication schedule information that has become the latest through the communication schedule information update and creation process is edited into the latest list form by the latest communication schedule information display process (step S106), and is passed to the control processing unit 6a as a transmission request to the display 3. It will be done. In addition, the communication data and communication schedule information are edited as a communication record through the communication record creation process (step S107), and the communication record output process (step 8108) requests the output of the communication record to the necessary distribution destinations through the control process. Passed to 6a. Then, through the data registration process (step S109), the file 5
A request to register communication records and communication schedule information is passed to the control processing unit 6a, and the process returns to step S100 to wait for the next input.

Furthermore, if the input data is a flight plan, a communication schedule information creation process (step S105) is executed, and then, based on a determination as to whether it is a flight plan (step SLIO), the process proceeds to a registration process (step S109). ．． A request to register the flight plan and communication schedule information in the file 5 is passed to the control processing unit 6a, and the process returns to step S100 to wait for the next data input.

The program is executed repeatedly through the steps described above.

[Effects of the Invention] As explained above, the present invention automatically processes communication data entered manually from the keyboard and flight plans entered manually from other devices. This has the effect of eliminating wasteful manual work such as handwriting communication schedule information in anti-aircraft communications operations in aviation security services, improving the efficiency of air-to-air communications operations, and making it possible to cope with future increases in the number of aircraft without any problems.

[Brief explanation of drawings]

FIG. 1 is a functional block diagram of an automatic air-to-air communication data processing device according to an embodiment of the present invention, and FIG. 2 is a schematic block diagram of this embodiment configured using a general-purpose computer.
FIG. 3 is a flowchart for explaining the operation of the program. 1...Keyboard, 2...Display, 3...
Display, 4...Printer, 5...File,
6... Processing unit, 7... Other devices, 61... Communication content analysis means, 62... Communication schedule information creation means, 63...
- Latest communication schedule information display means, 64... Communication record creation means, 65... Communication record output means, 66... Data registration means, 67... Data extraction means, 6a... Control processing unit, 6b...Communication processing unit, 5c...Business processing unit. Figure 2 Figure 3 Todoroki

Claims (1)

[Claims] 1. In an automatic air-to-air communication data processing device that inputs the content of air-to-air communication with an aircraft in flight in plain text format and outputs it to another device (7), a keyboard for inputting the communication data in plain text ( 1), and a means (61) for analyzing the contents of input plaintext communication data.
), the analysis means compares and verifies the communication content analyzed data created with the communication schedule information created in advance based on the flight plan input from the other device, and calculates the next communication schedule information. means for creating (62); a display; and means for displaying the latest list of communication schedule information on the display (3) and displaying the latest information on the display when a change in the communication schedule information occurs. (
63); means (64) for formatting the analyzed data and adding it to the communication data to create a communication record; means for outputting the communication record to the other device; and the communication schedule information. , means for registering the communication record and the flight plan in a file (5).