KR102375012B1 - Tactical data link system and management method thereof - Google Patents

Abstract

The present invention relates to a tactical data link system and an operation method. The tactical data link system includes: a plurality of interlocking units capable of interlocking sensors and arms; a communication device capable of transmitting and receiving tactical data link data to and from an external node; and a tactical data link processor which may identify a destination to which the tactical data link data is to be transmitted without converting a protocol of the tactical data link data, and transmit the tactical data link data between the plurality of interlocking units and the communication device. Therefore, a plurality of systems can be integrated to monitor and control using a general-purpose tactical data link.

Description

Tactical data link system and management method thereof

The present invention relates to a tactical data link system and operating method, and more particularly, to a tactical data link system and operating method capable of monitoring and controlling a plurality of systems by integrating a plurality of systems using a general purpose tactical data link.

The modern warfare concept is changing to a NCW (Network Cenrtic Warfare) system in which all elements of the battlefield environment such as the sensor system, command and control system, and strike system are linked. In order to win the war in the battlefield environment of NCW, the ability to share information between platforms performing ISR (Intelligence, Surveillance and Reconnaissance), C2 (Command and Control), and PGM (Precision Guided Munitions) must be superior to the other. This information sharing is realized through a Tactical Data Link (TDL). The tactical data link is a core system for network-centric warfare and enables rapid tactical situational awareness through real-time tactical information exchange. In other words, it is a system that supports air platforms, sea platforms, and land platforms to exchange tactical information with each other through various links. Using this tactical data link, command and control (C2) nodes perform network-centric warfare and network-based defense. Tactical data links currently operated or developed by the ROK military include Link-11, Link-16, Link-22, Joint Tactical Data Link System (JTDLS), and Korea Variable Message Format (KVMF).

However, the tactical data link is being built individually according to the command and control and weapon system requirements of each military, and in order to transmit and receive tactical information between a number of various systems, a process of converting it into data suitable for each system is required. As such, in the case of data conversion, an immediate response is impossible because additional time is required, and there is a problem in that the equipment and software required to construct the equipment used to convert the data increases, and the cost increases.

KR 10-2073014 B

The present invention provides a tactical data link system and operating method capable of monitoring and controlling by integrating different systems using a general purpose tactical data link.

The present invention provides a tactical data link system and operating method capable of reducing the time required for transmitting and receiving tactical information and reducing the cost of constructing facilities.

A tactical data link system according to an embodiment of the present invention includes: a plurality of interlockers capable of interlocking a sensor and an armament; a communicator capable of transmitting and receiving tactical data link data to and from an external node; and a tactical data link processor capable of identifying a destination to which the tactical data link data is to be transmitted without converting a protocol of the tactical data link data, and transmitting the tactical data link data between the plurality of interoperators and the communication devices. can

The tactical data link processor may include: a first message standard for exchanging data with the external node; and an analyzer configured to identify a destination for transmitting the tactical data link data from the tactical data link data using the first message standard.

Each of the plurality of interworking partners, a second message standard for exchanging data with the external node; and a message extracting unit for analyzing the tactical data link data using the second message standard and extracting an interworking message capable of driving at least one of the analyzed sensor and the armament; may include

Each of the plurality of interoperators may include a tactical data link generator for generating new tactical data link data to transmit the measurement data obtained from the sensor to the external node.

It may further include a storage for storing the tactical data link data and the new tactical data link data.

It may further include a monitor for displaying the tactical data link data and the new tactical data link data.

The external node, the communicator, the tactical data link processor, and the interworking unit may use any one of Link-16, Link-22, Link-K, and Joint Tactical Data Link System (JTDLS) as a general-purpose tactical data link.

The first message standard and the second message standard may be implemented in a Korea Variable Message Format (KVMF).

A method for operating a tactical data link system according to an embodiment of the present invention includes: receiving tactical data link data from an external node; analyzing the received tactical data link data to identify a destination to which the received tactical data link data will be transmitted; transmitting the received tactical data link data to the identified destination; and a process of linking at least one of a sensor and an armament using the transmitted tactical data link data.

In the process of identifying the destination, the destination requiring the received tactical data link data is determined by using a message standard for data exchange with the external node without changing a protocol included in the received tactical data link data. This may include the selection process.

The process of identifying the destination may include storing the received tactical data link data and data generated in the process of identifying the destination.

The destination includes at least one of a plurality of interlocking devices capable of interlocking a sensor and an armament, and the transmitting process includes only transmitting the received tactical data link data to an interlocking unit identified as the destination among the plurality of interlocking units. It may include the process of transmitting.

The interworking process may include extracting an interworking message for interworking at least one of the sensor and the armament from the received tactical data link data using a message standard for data exchange with the external node.

receiving measurement data obtained from at least one sensor among a plurality of sensors interworking with the plurality of interlocking devices; generating new tactical data link data including the measurement data; identifying an external node to which the new tactical data link data will be transmitted; and transmitting the new tactical data link data to the identified external node.

The process of generating the new tactical data link data may generate new tactical data link data having the same protocol as the tactical data link data received from the external node.

The process of generating the new tactical data link data may use a message standard for data exchange with the external node.

Transmission and reception of the tactical data link data and the new tactical data link data may be implemented using any one of Link-16, Link-22, Link-K, and Joint Tactical Data Link System (JTDLS) as a general-purpose tactical data link. .

The process of extracting the interworking message and the process of generating the new tactical data link data may use a Korea Variable Message Format (KVMF) as a message standard.

According to an embodiment of the present invention, a communication structure for transmitting and receiving tactical information can be simplified. That is, by operating the systems of different platforms by applying the universal tactical data link, additional data conversion can be omitted when transmitting and receiving tactical data link data. Accordingly, the time required for data conversion is shortened, enabling quick identification of tactical information and immediate response. In particular, when the tactical data link system is applied to an unmanned system or artificial intelligence system, it can enable immediate command assignment from an external command system and prompt response accordingly. In addition, it is possible to receive and transmit more accurate tactical information by suppressing data loss that may occur due to data conversion.

1 is a conceptual diagram showing a combat system using a general tactical data link system.
Figure 2 is a view showing an exemplary warship combat system.
3 is a block diagram exemplarily showing an integrated combat system to which a tactical data link system is applied according to an embodiment of the present invention.
4 is a block diagram showing a tactical data link system according to an embodiment of the present invention.
5 is a block diagram of a tactical data link processor constituting a tactical data link system according to an embodiment of the present invention.
6 is a block diagram of a linker constituting a tactical data link system according to an embodiment of the present invention.
7 is a flowchart illustrating a process of processing tactical data link data received from an external node in a tactical data link system operating method according to an embodiment of the present invention.
8 is a flowchart illustrating a process of processing data collected by a sensor in a method for operating a tactical data link system according to an embodiment of the present invention;

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, and only these embodiments allow the disclosure of the present invention to be complete, and the scope of the invention to those of ordinary skill in the art completely It is provided to inform you.

1 is a conceptual diagram illustrating a combat system using a general tactical data link system, and FIG. 2 is a diagram illustrating a warship combat system by way of example.

Referring to FIG. 1 , the combat system includes an air platform, a sea platform, and a land platform, and these platforms are configured to transmit and receive tactical information to each other using various tactical data links. For example, platforms use Link-16, Link-22, Link-K (basic/complete) as tactical data links. 1, KICC (Korea Interface Control Cell) is a joint interlocking control center, and collects and manages information collected by nodes, information acquired from networks of other naval forces, ground forces, etc., and all information generated in the tactical network. RICC (Regional Interface Control Cell) is a remote communication center, and serves to transmit messages between KICC and nodes. In the case of context-aware information that allows information on the current battlefield and tracks operating on the battlefield, the information acquired by the nodes of the network is collected by KICC, and then broadcast to all RICCs and nodes and transmitted by KICC.

2 is a diagram showing a warship combat system, which is one of the maritime platforms. The warship combat system is an automation that controls/distributes all sensors and weapons possessed by the ship as efficiently as possible in order to respond to complex situations from the air, sea and water. it is a system Such a warship combat system integrates the radar, sensors such as sonar, armaments such as guns and guided missiles and other equipment mounted on the ship to comprehensively collect all information necessary for the operation, tactical situation assessment, command decision, threat assessment, and weapon assignment. · Support to efficiently perform functions such as engagement. The warship combat system consists of the Combat Fire Command System (CFCS), sensors, armaments and data link, and various configurations are possible depending on the mission and characteristics of the ship. Among these, CFCS plays a key role in integrating various systems to achieve maximum performance. CFCS is an Information Processing Node (IPN) with a built-in Single Board Computer (SBC) that processes data, and a Multi-Function Console (MFC) that receives operator commands and displays tactical situations. ), an interface control unit (ICU) that interlocks sensors and weapons, a data link processor (DLP) that transmits data between interlocking systems, and a radar video and TV/IR video that distributes and transmits. It is composed of a Radar TV Video Distributor Unit (RTVDU) and various displays.

Among them, the data link processor transmits/receives tactical data link data to and from other systems, and converts the received tactical data link data into data suitable for the warship combat system. As such, when the tactical data link data is converted into data suitable for the warship combat system, it takes time to convert the data, so it is difficult to immediately link the sensor and armament.

Hereinafter, a tactical data link system according to an embodiment of the present invention will be described. Hereinafter, ˜gi and ˜bu may refer to hardware capable of performing functions and operations according to respective names described in the present specification, and may also refer to computer program code capable of performing specific functions and operations. It may also mean an electronic recording medium, for example, a processor on which a computer program code capable of performing a specific function and operation is loaded. In other words, ~gi and ~bu may mean a functional and structural combination of hardware for carrying out the technical idea of the present invention and software for driving the hardware.

3 is a block diagram illustrating an integrated combat system to which a tactical data link system is applied according to an embodiment of the present invention, FIG. 4 is a block diagram illustrating a tactical data link system according to an embodiment of the present invention, and FIG. 5 is a block diagram of a tactical data link processor constituting a tactical data link system according to an embodiment of the present invention, and FIG. 6 is a block diagram of a linker constituting a tactical data link system according to an embodiment of the present invention.

3, the tactical data link system according to an embodiment of the present invention transmits tactical information, that is, tactical data link data, using a plurality of external nodes (N: N1, N2, N3) and one general-purpose tactical data link. can transmit and receive. Here, there may be one or more external nodes N, and the number may vary. The external node (N) refers to various systems such as a command and control system, a monitoring system, a weapon system, and a strike system. At this time, the external node (N) may include a satellite, KICC, RICC, a ship, a fighter, a radar, an interlocker that interlocks or drives an armament or a sensor, etc. Hereinafter, the tactical data link system and tactical data link data are transmitted and received This configuration is called an external node (N).

In addition, in the tactical data link system according to an embodiment of the present invention, one of Link-16, Link-22, Link-K, and Joint Tactical Data Link System (JTDLS) may be used as a general-purpose tactical data link.

Link-16 is a data link of time division multiple access method for the purpose of anti-jamming real-time tactical data exchange of tactical information including command and control information (voice and message), location information, and peer identification information. Link-16 has the highest performance among existing tactical data links, and the data rate may vary depending on whether data is encoded or what packing structure is used. For example, Link-16 can transmit 28800, 57600, or 11520bps per second depending on the packing structure. In the case of the existing data link, there was a characteristic that the link goes down when there is no specific node, but Link-16 allocates a time slot to each participant in advance so that it does not go down even if there is no specific node, and it depends on a specific node by transmitting and receiving in its own time slot. It has a network structure that does not There are three types of message types: fixed format, free text, and variable format. Fixed format messages exchanged on Link-16 are defined in J-series messages of MIL-STD-6016. Link-16 is the US military's primary tactical data link for joint operations and joint operations, and the types and number of platforms using Link-16 are gradually expanding.

Link-11 is a communication system that is used for communication of the MCRC (Master Control and Reporting Center) for monitoring/control and defines the communication technology and standard message format for exchanging digital information in aircraft, ground, and ships. Link-11B is mainly used for information exchange for ground-based air defense operations and control. It uses a method that can transmit and receive at the same time.

Link-22 is a hybrid of Link-11 and Link-16, and not only improves the performance of Link-11, but also solves the BLOS (Beyond Line Of Sight) problem that could not be supported with the existing Link-16 in the marine environment. Fixed the properties of Link-16 that could be problematic in . Link-11B is a communication system that is used for communication of the MCRC (Master Control and Reporting Center) for monitoring/control, and defines the communication technology and standard message format for exchanging digital information in aircraft, ground, and ships. Here, Link-11B is mainly used for information exchange for ground-based air defense operations and control. In other words, a method capable of transmitting and receiving simultaneously in both directions is used. Link-22 transmits data through HF band and UHF band, and supports up to 4000Kbps in HF band in one network according to available waveforms for each band, and supports up to 12677Kbps data rate in UHF band. Link-22 belongs to the Link-16 family and can transmit J-series messages of Link-16, and a new Link-22 message is defined in the STANAG 5522 Draft as F-series messages.

Link-K is a Korean-style tactical data link. It is a data link that can exchange tactical data using an existing voice radio network. Link-K was developed with the goal of performing joint and combined operations by sharing tactical information between sensors, command and control, and strike systems in real time to be suitable for the Korean military battlefield environment and weapon system. Link-K is a joint interlocking control center (KICC), telecommunication center, corps, Tactical Air Control Party (TACP), KA-1 and AH-1S, and naval vessel KDX ( Korea Destroyer eXperiment) and FFX (Future Frigate eXperimental) are installed on various platforms of land, sea, and air, and are operated based on joint tactical information.

JTDLS is a communication infrastructure system for real-time sharing of information between surveillance, command and control and strike systems to be suitable for the Korean military's battlefield environment and weapon system.

Referring to FIG. 4 , the tactical data link system according to an embodiment of the present invention includes a plurality of interlockers 150 capable of interlocking sensors 160 and armaments 170 , and an external node N The communicator 110 capable of transmitting and receiving tactical data link data and a destination to which the tactical data link data should be transmitted without converting the protocol of the tactical data link data are identified, and between the plurality of interlocking units 150 and the communicator 110 . It may include a tactical data link processor 120 capable of transmitting tactical data link data. Here, the tactical data link data is data on the environment and physical characteristics of the battlefield space, such as data for identification of enemy vulnerabilities and target setting, data on threats to friendly forces and threat progress, information on the location and deployment of enemy forces, and information on the enemy's sea and air It may include tracking information, weapon and sensor status, target information, identification data, navigation data, and the like.

First, the communicator 110 receives the tactical data link data transmitted from the external node N, or transmits the new tactical data link data generated by the interworking unit 150 according to the instruction of the tactical data link processor 120 to the external node. (N) can be transmitted.

Referring to FIG. 5 , the tactical data link processor 120 links the tactical data link from the tactical data link data using the first message standard 121 and the first message standard 121 for data exchange with the external node N. It may include an analysis unit 122 for identifying a destination to transmit data. The first message standard 121 may be implemented in a Korean Variable Message Format (KVMF), and the tactical data link system 100 and the external node (N) are based on a message standardized in the communication environment of the ground forces. It is a standard that allows real-time exchange of digital data between the two. KVMF is installed in all surveillance, reconnaissance, command and control, and strike weapon systems of the ground forces, including the Army and Marine Corps, and supports the perfect sensor to shooter operation through near real-time transmission of C2/SA and detection/hit information. In addition, KVMF can support joint operation between land and sea and air forces under a Network Centric Operational Environment (NCOE) by interworking with a tactical data link, such as a universal tactical data link. That is, the first message standard 121 includes data that can exist in the military environment, for example, each information exchange element for each weapon system and operation type, and uses the application protocol and network protocol according to the communication protocol suitable for the communication network operation environment. It supports and has message processing standards that can recognize and check data errors that occur when sending and receiving information.

The analysis unit 122 may identify a destination or target requiring the corresponding tactical data link data, for example, the interworking unit 150 from the tactical data link data received from the communicator 110 . The analysis unit 122 may analyze the received tactical data link data using the first message standard 121 to extract destination information included in the received tactical data link data. Accordingly, the analysis unit 122 may transmit the received tactical data link data to the corresponding destination, for example, the interoperator 22 152b shown in FIG. 4 by using the extracted destination information.

The interlocker 150 includes a plurality of first interlockers 151 for interlocking a plurality of sensors 160, respectively, and a plurality of second interlockers 152 for interlocking a plurality of arms 170, respectively. can do. In this case, the plurality of sensors 160 may include a search radar, a tracking radar, a sonar, and the like, respectively, a sensor 1 ( 160a ), a sensor 2 ( 160b ), a sensor 3 ( 160c )... a sensor n ( 160n). can be The plurality of arms 170 may include guns, guided missiles, missiles, torpedo tubes, etc., respectively, Arming 1 (170a), Arming 2 (170b), Arming 3 (170c)... Arming n (170n) days can The first interlocker 151 and the second interlocker 152 are connected to the sensors 160: 160a, 160b, 160c... ) and armaments (170:170a, 170b, 170c...170n) can be linked respectively.

Referring to FIG. 6 , the interworking unit 150 analyzes the received tactical data link data using the second message standard 150a for data exchange with the external node N, and the second message standard, and the analyzed It may include a message extracting unit 150b for extracting an interworking message capable of interworking at least one of the sensors 160 and the arming units 170 according to data. Here, the second message standard 150a may be the same as the first message standard 121 described above. Accordingly, the message extracting unit 150b can link the sensors 160 or the armed forces 170 from the tactical data link data using the second message standard 150a without separately converting the tactical data link data. message can be extracted.

This interlocker 150, for example, the first interlocker 151 may further include a tactical data link generation unit 150c for generating new tactical data link data using the measurement data collected from the sensors 160. can The measurement data collected by the sensors 160 may be transmitted to the external node N, and the tactical data link generation unit 150c may generate new tactical data link data including the measurement data. In this case, the new tactical data link data may include destination information to which the corresponding new tactical data link data is to be transmitted, for example, information on the external node N, in addition to the measurement data.

The new tactical data link data generated by the tactical data link generator 150c is transmitted to the tactical data link processor 120, which analyzes the new tactical data link data to determine only the destination information. , may instruct the communicator 110 to transmit the new tactical data link data to the identified destination, for example, the external node N. That is, since the tactical data link processor 120 uses the same message standard as the interworking unit 150 , new tactical data link data can be analyzed without additional data conversion.

In the tactical data link system according to an embodiment of the present invention, a storage for storing the tactical data link data received using the communicator 110 and the new tactical data link data generated by the tactical data link generator 150c 130 may be further included. In this case, the storage 130 may store the received tactical data link data and the new tactical data link data as it is, or may store it as data analyzed by the tactical data link processor 120 .

In addition, the tactical data link system according to an embodiment of the present invention may include a monitor 140 for displaying a process of processing tactical data link data and generation and processing of new tactical data link data.

Hereinafter, a method for operating a tactical data link system according to an embodiment of the present invention will be described.

7 is a flowchart illustrating a process of processing tactical data link data received from an external node in a tactical data link system operating method according to an embodiment of the present invention, and FIG. 8 is a tactical data link system according to an embodiment of the present invention. As an operational method, it is a flowchart showing the process of processing the data collected from the sensor.

First, a method of operating a tactical data link system when receiving tactical data link data from an external node N will be described.

Referring to FIG. 7 , in the method of operating a tactical data link system according to an embodiment of the present invention, the process S111 of receiving tactical data link data from an external node N, and analyzing the received tactical data link data, A process of identifying a destination to which the received tactical data link data is to be transmitted (S112), a process of transmitting the received tactical data link data to the identified destination (S114), and a sensor and arming using the transmitted tactical data link data It may include a process (S115) of linking at least one.

When tactical data link data is received from the external node N to the communicator 110 of the tactical data link system 100 , the received tactical data link data is transmitted to the tactical data link processor 120 . In this case, the external node N and the tactical data link system 100 may transmit and receive tactical data link data through a general purpose tactical data link. For general purpose data link, one of Link-16, Link-22, Link-K and JTDLS can be used.

The tactical data link processor 120 analyzes the received tactical data link data using a message standard for data exchange with the external node N, for example, the first message standard, and identifies the destination information included in the tactical data link data. can That is, the tactical data link processor 120 may extract information on the interworking unit 150 to which the corresponding tactical data link data is to be transmitted from the received tactical data link data without converting the received tactical data link data. For example, destination information requiring the received tactical data link data may be identified without changing a protocol included in the received tactical data link data. In addition, the received tactical data link data may be transmitted to the interworking unit 150 corresponding to the extracted information. In this case, when transmitting the tactical data link data to the interworking unit 150, a general-purpose tactical data link may be used. In this way, since the transmission and reception of tactical data link data between the external node N and the tactical data link system 100 and the transmission of the tactical data link data within the tactical data link system 100 are made by the general-purpose tactical data link, There is no need to perform data conversion within the tactical data link system 100 . Accordingly, it is possible to shorten the time required for data conversion and prevent data loss occurring in the process of data conversion. In addition, since the tactical data link data is directly transmitted only to the interworking unit 150 that needs the received tactical data link data, a network load used for data transmission can be reduced.

When the tactical data link data is transmitted to the interworking unit 150, the interworking unit 150 analyzes the tactical data link data using a message standard for data exchange with the external node N, for example, a second message standard, Interlocking data for interlocking the sensor 160 or the arming 170 may be extracted. When the interlocking data is extracted, the sensor 160 or the weapon 170 corresponding to the interworking data may be interlocked.

The following describes a method of operating the tactical data link system when the measurement data collected by the sensor 160 is transmitted to the external node N.

Referring to FIG. 8 , the method of operating a tactical data link system according to an embodiment of the present invention includes collecting measurement data obtained from at least one sensor among a plurality of sensors 160 interworking with a plurality of interlockers 150 . Step S211, generating new tactical data link data including measurement data (S212), identifying a destination to which the new tactical data link data will be transmitted (S215), and a new tactical data link to the identified destination It may include a process of transmitting data (S216).

Data obtained from at least one of the sensors 160, for example, the sensor 1 160a, may be collected by the linkage 11 151a. The data collected by the sensor 1 ( 160a ), for example, measurement data, may be generated as new tactical data link data so that it can be transmitted from the interworking device 11 ( 151a ) to the destination external node (N). At this time, the interoperator 11 (151a) generates new tactical data link data having the same protocol as the tactical data link data received from the external node (N) using a message standard for exchanging data with the external node (N). can be The generated new tactical data link data may include destination information to which the new tactical data link data is to be transmitted.

The interworking unit 151 , for example, the interworking unit 11 151a may transmit the generated new tactical data link data to the tactical data link processor 120 . When the new tactical data link data is transmitted, the tactical data link processor 120 may analyze the new tactical data link data to determine a destination to which the new tactical data link data is transmitted. The tactical data link processor 120 may instruct the communicator 110 to transmit the new tactical data link data to the identified destination, for example, the external node N without conversion of the new tactical data link data. The communicator 110 may transmit the new tactical data link data to the identified external node N.

On the other hand, the interlocker 150 may generate new tactical data link data by using the measured data and, at the same time, link the sensor 160 or the armament 170 according to the measured data. The new tactical data link data may include interworking information of the sensor 160 or the arming 170 interlocked according to the measured data in addition to the measured data.

In addition, various information generated in a series of processes may be stored in the storage 130 . For example, the storage 130 may store measurement data, destination information, information on interlocking sensors and armaments, new tactical data link data, and the like.

In this way, transmission and reception of tactical data link data and new tactical data link data between the tactical data link system and external nodes uses one of Link-16, Link-22, Link-K, and Joint Tactical Data Link System (JTDLS) as general-purpose tactical data. It can be implemented by using it as a link.

The present invention is not limited to the above-described embodiments, but may be implemented in various different forms. That is, the above embodiments are provided so that the disclosure of the present invention is complete and are provided to fully inform those of ordinary skill in the scope of the invention, and the scope of the present invention should be understood by the claims of the present application. . Also, embodiments of the present invention may be combined with each other.

100: tactical data link system 110: communicator
120: tactical data link processor 130: storage
140: monitor 150: interlock
160: sensors 170: arms

Claims (18)

A plurality of interlocks capable of interlocking the sensor and armament;
a communicator capable of transmitting and receiving tactical data link data to and from an external node; and
a tactical data link processor capable of identifying a destination to which the tactical data link data should be transmitted without converting a protocol of the tactical data link data, and transmitting the tactical data link data between the plurality of interoperators and the communication devices;
Each of the plurality of interlockers includes a tactical data link generator for generating new tactical data link data to transmit the measurement data obtained from the sensor to the external node,
A tactical data link system in which the tactical data link processor and the interoperator use the same message standard. The method according to claim 1,
The tactical data link processor,
a first message standard for exchanging data with the external node; and
and an analysis unit for identifying a destination for transmitting the tactical data link data from the tactical data link data by using the first message standard. 3. The method according to claim 2,
Each of the plurality of linkages,
a second message standard for exchanging data with the external node;
and a message extraction unit for analyzing the tactical data link data using the second message standard and extracting an interworking message capable of driving at least one of the analyzed sensor and the armament. delete The method according to claim 1,
The tactical data link system further comprising a storage for storing the tactical data link data and the new tactical data link data. The method according to claim 1,
The tactical data link system further comprising a monitor for displaying the tactical data link data and the new tactical data link data. The method according to claim 1,
The external node, the communicator, the tactical data link processor, and the interworking unit use any one of Link-16, Link-22, Link-K, and Joint Tactical Data Link System (JTDLS) as a universal tactical data link as a tactical data link. system. 4. The method according to claim 3,
The tactical data link system in which the first message standard and the second message standard are implemented in a Korea Variable Message Format (KVMF). receiving tactical data link data from an external node;
analyzing the received tactical data link data and identifying at least one of a plurality of interlocking devices capable of interlocking a sensor and an armament as a destination for transmitting the received tactical data link data;
transmitting the received tactical data link data to an interworking device identified as a destination;
a process of interworking at least one of a sensor and an armament using the tactical data link data transmitted to the interlocking device;
receiving measurement data obtained from at least one sensor among a plurality of sensors interworking with the plurality of interlockers;
generating new tactical data link data including the measurement data;
identifying an external node to which the new tactical data link data will be transmitted; and
Including; transmitting the new tactical data link data to the identified external node;
The generating of the new tactical data link data includes generating new tactical data link data having the same protocol as the tactical data link data received from the external node. 10. The method of claim 9,
In the process of identifying the destination, the destination requiring the received tactical data link data is determined by using a message standard for data exchange with the external node without changing a protocol included in the received tactical data link data. A method of operating a tactical data link system including a selection process. 11. The method of claim 10,
The step of recognizing the destination includes storing the received tactical data link data and data generated in the step of recognizing the destination. 10. The method of claim 9,
The transmitting step includes transmitting the received tactical data link data only to a linker identified as the destination among the plurality of linkers. 10. The method of claim 9,
The linking process includes extracting an linking message for linking at least one of the sensor and armament from the received tactical data link data using a message standard for data exchange with the external node. How the system operates. delete delete 14. The method of claim 13,
The process of generating the new tactical data link data is a tactical data link system operating method using a message standard for exchanging data with the external node. 14. The method of claim 13,
Transmission and reception of the tactical data link data and the new tactical data link data is tactical data implemented by using any one of Link-16, Link-22, Link-K, and Joint Tactical Data Link System (JTDLS) as a general-purpose tactical data link. How the link system works. 14. The method of claim 13,
The process of extracting the interworking message and the process of generating the new tactical data link data is a method of operating a tactical data link system using a Korea Variable Message Format (KVMF) as a message standard.

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