KR20230020084A - Engagement procedures training systems and methods of engagement procedures training - Google Patents

Abstract

The present invention relates to an engagement procedure training system and an engagement procedure training method, and more specifically, an engagement procedure training system and an engagement procedure training method which enable common training throughout a defense domain including the Army/Navy/Air Force. The engagement procedure training system and an engagement procedure training method according to an embodiment of the present invention allows the Army/Navy/Air Force to commonly perform training related to engagement procedures at low cost and high efficiency. In particular, according to the present invention, a structure of the engagement procedure training system is generalized, and data and interconnection mechanisms used based on six domains are commonly established and used. Therefore, interconnection mechanisms of the engagement procedure training system can be commonly used anywhere in the Army, Navy, and Air Force. In addition, latecomers can reduce system design time and costs by utilizing proven mechanisms. The engagement procedure training system comprises: a simulation control domain; a simulation processing domain; and a training execution domain.

Description

Engagement procedure training system and engagement procedure training method {ENGAGEMENT PROCEDURES TRAINING SYSTEMS AND METHODS OF ENGAGEMENT PROCEDURES TRAINING}

The present invention relates to a combat training system and a combat training method, and more particularly, to a combat training system and a combat training method capable of common training throughout the national defense domain including the army/navy/air force.

The contents described in this part merely provide background information on the present embodiment and do not constitute prior art.

Korea's defense domain, which consists of the Army/Navy/Air Force, must respond to the rapidly changing security environment and conduct military education and training through a rational operating system. According to these needs, high interest is required in the necessity of national defense simulation and its utilization.

Defense simulation should be approached scientifically and objectively throughout the defense domain, including force evaluation, weapon system analysis, combat experiment, and training of each unit, and simulation for joint training across all domains of the land, sea and air forces is required.

Republic of Korea Patent Registration No. 10-1041854 (Title of Invention: LVC Cooperative Simulation System, Method, Recording Medium, and Interworking Module Design Device) discloses a system for performing LVC co-simulation, between a plurality of simulation devices. An LVC combined simulation system characterized by using standard scenario information that can be shared as initialization information and having a standardized interworking interface using standard information of a tactical data link for information exchange used in an actual operation system is disclosed.

In other words, the conventional registered patents perform scenario information and tactical data link configuration of the legacy training system, but the simulation system part for common training throughout the national defense area including land, sea, and air does not sufficiently satisfy the demand, and the need continues to rise. It is currently being demanded.

Korean Registered Patent Publication No. 10-1041854 (Title of Invention: System, method, recording medium and design device for interlocking module for performing LVC combined simulation)

Accordingly, an object of the present invention is to provide a combat training system and a combat training method capable of common education and training throughout the national defense domain including the army/navy/air force.

Another object of the present invention is to provide an engagement procedure training system and method for training missile firing procedures that can be commonly performed in any military group by generalizing a system structure for training of firing procedures of guided missiles operated by the Army/Navy/Air Force. is in providing

In order to solve the above technical problem, a combat training system according to an embodiment of the present invention is a combat training system for equipment training commonly used in the Army / Navy / Air Force, in preparation for training. It manages necessary land/sea/air object specification information and instructor/student history information, edits scenario information necessary for training, provides initial information and scenario information necessary for training, and starts/stops training A simulation control domain including an instructor control area for controlling the training and a post-criticism area for reproducing and viewing training content after training, and for performing post-criticism on the training content after the training is performed; Based on the scenario information edited in the instructor control area, the model simulation area simulates the movement of land/sea/air objects, simulates the detection information of simulated objects, and simulates the environmental conditions of ocean/underwater/atmospheric/terrain information. A simulation processing domain including a data processing area that processes interface data with the real system and other systems, processes all simulation interface data between three-layer domains, and stores all training contents during training; and a training domain including a commercial equipment-based simulator area for performing training based on commercial equipment and a defense standards-based simulator area for performing training based on national defense standards. The engagement procedure training system includes three domains and 6 A common interlocking mechanism and a common interlocking data structure that can be commonly used for engagement procedure training of the Army/Navy/Air Force based on three areas are established, but the common interlocking data includes scenario information, training start and end information, track movement simulation and detection information , environmental state simulation information, track steering information, and launch procedure event information, and the common interlocking mechanism is composed of a plurality of common interlocking mechanisms configured to interlock with each other based on six areas using common interlocking data. to be

In one embodiment, the instructor control area includes a database manager for managing specification information and instructor/student history information of land, sea, and air objects required for training in preparation for training; a scenario generator for editing scenario information required for training; a simulation controller that provides initial information and scenario information necessary for training and controls start/stop of training during training; Intercom system for voice control during training; It is characterized in that it includes an image distribution system for real-time observation of images during training.

In one embodiment, the post-criticism area may include a post-criticism computer capable of replaying and viewing training content after training; a projector and screen system for displaying training replays; intercom system for real-time voice critique during critique; It is characterized in that it includes a printer system capable of printing training grades and training history information after criticism.

In one embodiment, the model simulation area includes track movement simulation for simulating movement of land, sea, and air objects based on scenario information edited in the instructor control area; a track detection simulation system for simulating detection information of simulated objects; It is characterized in that it includes environmental state simulation that simulates the edited environmental state in the instructor's control area.

In one embodiment, the data processing area includes data link simulation for processing interface data with real systems and other system systems; a centralized network system that controls all network simulation interface data between three-layer domains through centralized network distribution; It is characterized in that it includes a simulation information recording device for logging interface data and storing training performance images during training.

In one embodiment, the commercial equipment-based simulator area includes a 3D image generating simulator that visualizes a virtual battlefield environment using track movement, detection, and environment information simulated in the simulation processing domain; a track maneuver analysis simulator that analyzes the detection information processed in the track detection simulation; Characterized in that it includes an intercom system.

In one embodiment, the defense standards-based simulator area includes a track steering simulator responsible for controlling movement information of the track; An engagement training simulator that creates mission plans for engaging enemy tracks and conducts engagements; It is characterized in that it is configured to include an intercom system for exchanging voice information.

In one embodiment, the common interlocking mechanism includes a scenario use basic information mechanism for editing object attribute information, weapon attribute information, and sensor attribute information essential for scenario use in a database manager; a scenario usage basic information loading mechanism and a scenario information editing mechanism that loads scenario usage basic information edited in the scenario generator and edits the scenario information based on the scenario information; a scenario information storage mechanism for storing edited scenario information in a database manager; It is characterized in that it includes a scenario information loading mechanism for loading scenarios to be used for training into the simulation controller.

In one embodiment, the common interworking mechanism includes: a scenario information transmission mechanism for transmitting scenario information from the simulation controller to the centralized network system; a scenario information distribution mechanism for distributing scenario information to each device in the centralized network system; and a scenario information reception mechanism for receiving scenario information from each device.

In one embodiment, the common interlocking mechanism includes: a training start sending mechanism for sending from the simulation controller to the centralized network system; a training start distribution mechanism for distributing training start information to each device in the centralized network system; and a training start reception and start mechanism for receiving training start information from each device and starting training.

In one embodiment, the common interlocking mechanism includes a track movement simulation mechanism that simulates track movement in a track movement simulation; It is characterized by including an environmental state simulation mechanism for simulating environmental state information in the environmental state simulation.

In one embodiment, the common interlocking mechanism includes: a track movement information transmission mechanism that transmits track movement information simulated in a track movement simulation to a centralized network system; a track movement information distribution mechanism for distributing track movement simulation information to a simulation controller, a track detection simulation system, and a 3D image generation simulator in a centralized network system; and a track movement information receiving mechanism for receiving track movement information in each device.

In one embodiment, the common interlocking mechanism includes an environment information sending mechanism for sending simulated environment information to the centralized network system in the environment state simulation; an environment information distribution mechanism for distributing environment information to a simulation controller, a track detection simulation system, a 3D image generation simulator, a track maneuver analysis simulator, a track maneuver simulator, and a combat training simulator in a centralized network system; and an environment information receiving mechanism for receiving environment information from each device.

In one embodiment, the common interlocking mechanism includes: a track detection simulation and transmission mechanism for the track detection simulation system to simulate track detection based on the received environment information and transmit the track detection information to the centralized network system; The centralized network system includes a track detection information distribution mechanism for distributing track detection information to a simulation controller, a simulator area based on commercial equipment, and a simulator area based on national defense standards; Each device is characterized by including a track detection information receiving mechanism for receiving track detection information.

In one embodiment, the common interlocking mechanism includes: a track steering simulation and transmission mechanism for the track steering simulator to perform track steering simulation based on the received track detection information, and to transmit the track steering simulation information to the centralized network system; The centralized network system includes a track steering information distributing mechanism for distributing track steering simulation information to a simulation controller and a track movement simulation; Each device includes a track steering information receiving mechanism for receiving track steering information; The track movement simulation is characterized by including a track adjustment change information application mechanism that applies the received track steering information to modify the track simulation.

In one embodiment, the common interlocking mechanism may include: a firing procedure execution mechanism for performing a firing procedure simulation necessary for engagement through identification of a foe based on the received track detection information in the engagement training simulator; A launch procedure event transmission mechanism that transmits the launch procedure event information performed in the engagement training simulator to the centralized network system; The centralized network system distributes the received launch procedure event information to the simulation controller and the 3D image generating simulator. distribution mechanism; Each device includes a launch procedure event receiving mechanism for receiving launch procedure event information; The 3D image generation simulator is characterized by including a 3D image simulation and display mechanism for simulating and displaying 3D image generation based on launch procedure event information.

In one embodiment, the common interlocking mechanism includes: a track maneuvering analysis and display mechanism that performs a track maneuvering analysis based on the track detection information received from the track maneuvering analysis simulator and displays the analyzed content; a track maneuver analysis transmission mechanism for transmitting track maneuver analysis information from the track maneuver analysis simulator to a centralized network system; a track maneuver analysis distribution mechanism for distributing the track maneuver analysis information from the centralized network system to a simulation controller and a track steering simulator; and a track maneuver analysis receiving mechanism for receiving track maneuver analysis information from the corresponding equipment.

In one embodiment, the common interlocking mechanism includes: a training end transmission mechanism that transmits training end information to the centralized network system when the launch procedure training is completed in the simulation controller; an end-of-training distribution mechanism for distributing end-of-training information to each device in the centralized network system; and a training end reception and end mechanism for receiving training end information from the corresponding equipment and ending the training.

In an embodiment, the scenario information may include wind speed, wind direction, scenario type, total number of objects, simulation start time, sea state, humidity, number of friendly objects, number of enemy objects, simulation end time, detection probability, scenario description, temperature , precipitation information, wind speed, wind direction, sea state, humidity, detection probability, temperature and precipitation information are included in the scenario information, and platform structure, platform name, platform type, and platform are included in the scenario information. Source, enemy identification, movement route score, movement route point latitude, movement route point longitude, and movement route point altitude information include object information, and scenario information includes platform structure, number of missiles, type of missile, type of missile, and state of missile It is characterized in that the missile information about the information is included.

In one embodiment, scenario information and track movement simulation and detection information in common interlocking data are set to a variable size, training start and end information and environmental state simulation information are composed of 64 bytes, track steering information is composed of 30 bytes, , the launch procedure event information is characterized in that it consists of 16 bytes.

In one embodiment, the training start and end information is characterized in that it includes an interlock target device ID, a link target application ID, and training start and end time information.

In one embodiment, the track movement simulation and detection information includes an interlocking target device ID, an interlocking target application ID, and track number information, and as much as the number of tracks, the track ID, track peer information, object survival or not, track detailed information, track It is characterized in that it includes movement speed, location information of the track on the earth, and movement direction information of the track.

In one embodiment, the environment state simulation information is characterized in that it includes an interlocking target device ID, an interlocking target application ID, and training start and end time information.

In one embodiment, the track steering information is characterized in that it includes an interlocking target device ID, an interlocking target application ID, an operating direction, an operating speed, and an operating depth information.

In one embodiment, the launch procedure event information is characterized in that it includes an interlock target device ID, an interlock target application ID, event occurrence time, source information, destination information, launch procedure, and various event information.

In one embodiment, the engagement procedure training system is characterized in that it is applied to engagement procedures for guided missiles launched from land, sea, and air.

In order to solve the above technical problem, the engagement procedure training method according to an embodiment of the present invention uses the engagement procedure training system according to any one of claims 1 to 26, in the instructor control area, when preparing for training. It manages the specification information and instructor/student history information of land/sea/air objects required for training, edits scenario information necessary for training, provides initial information and scenario information necessary for training during training, steps to control start/stop; Replaying and viewing the training contents after the training in the post-training critique area, and performing a post-training critique on the training contents after the training is performed; In the model simulation area, the movement of land/sea/air objects is simulated based on the edited scenario information in the instructor control area, the detection information of simulated objects is simulated, and the environmental conditions of ocean/underwater/atmosphere/terrain information are simulated. mock up; In the data processing area, processing interface data with the real system and other systems, processing all simulation interface data between three-layer domains, and storing all training contents during training; Conducting training based on commercial equipment; Including the step of performing training based on national defense standards, the engagement procedure training system is based on 3 domains and 6 domains, a common interlocking mechanism and common interlocking data that can be commonly used for engagement procedure training of the Army/Navy/Air. Build a structure, but the common linkage data includes scenario information, training start and end information, track movement simulation and detection information, environment state simulation information, track steering information, launch procedure event information, and the common linkage mechanism includes common linkage data. It is characterized in that it is composed of a plurality of common interlocking mechanisms configured to interlock with each other based on six areas by using

The engagement procedure training system and the engagement procedure training method according to an embodiment of the present invention enable the army/navy/air force to commonly perform engagement procedure-related training at low cost and high efficiency.

In particular, the present invention is characterized by generalizing the engagement procedure training system structure and commonly establishing and using data and interlocking mechanisms used based on six areas. With these characteristics, it is possible to commonly use the interlocking mechanism of the engagement procedure training system anywhere in the army, navy and air force, and it is also possible to obtain the effect of reducing system design time and cost by promoting the use of a previously verified mechanism by a latecomer.

In addition, the present invention generalizes the system structure for training the firing procedure of guided missiles operated by the Army/Navy/Air Force, so that it can be commonly used in any military service, and can also obtain an effect of increasing mutual compatibility.

1 and 2 are overall schematic diagrams of an engagement procedure training system according to an embodiment of the present invention.
3 shows an instructor control area 111 of the simulation control domain 110 according to an embodiment of the present invention.
4 is an exemplary diagram of a post-criticism region 112 of the simulation control domain 110 according to one embodiment of the present invention.
5 is an exemplary diagram of a model simulation area 121 of a simulation processing domain 120 according to an embodiment of the present invention.
6 is an exemplary view of the data processing area 122 of the simulation processing domain 120 according to one embodiment of the present invention.
7 is an exemplary diagram of a commercial equipment-based simulator area 131 of a training domain 130 according to an embodiment of the present invention.
8 is an exemplary diagram of a national defense standards-based simulator area 132 of a training domain 130 according to an embodiment of the present invention.
9 is an overall configuration diagram showing a common interlocking mechanism constructed in the engagement procedure training system according to an embodiment of the present invention.
10 illustrates a relationship between common interlocking data between architecture domains and an interlocking mechanism between related domains.
11 and 12 show detailed configuration diagrams of scenario information in common interlocking data.
13 shows a detailed configuration diagram of training start and end information.
14 shows a detailed configuration diagram of track movement simulation and detection information.
15 shows a detailed configuration diagram of environmental state simulation information.
16 shows a detailed configuration diagram of track steering information.
17 shows a detailed configuration diagram of launch procedure event information.
18 illustrates a detailed diagram of equipment classification and SW identifiers for each domain according to an embodiment of the present invention.
19 illustrates a detailed configuration diagram of object properties according to an embodiment of the present invention.
20 is an exemplary diagram of detailed information about object speed, position direction, and the like.
21 shows information on each orientation angle of Entity Orientation information.
22 is a detailed diagram of common interlocking data and shows an example of launch procedure event information.

Hereinafter, the embodiments disclosed in this specification will be described in detail with reference to the accompanying drawings, but the same or similar elements are given the same reference numerals regardless of reference numerals, and redundant description thereof will be omitted. The suffixes "unit" and "group", "module" and "unit", "unit" and "unit", "device" and "system", "terminal" and "node" for components used in the following description. and "digital walkie-talkie" are given or used interchangeably in consideration of only the ease of writing the specification, and do not have meanings or roles that are distinct from each other in themselves.

In addition, in describing the embodiments disclosed in this specification, if it is determined that a detailed description of a related known technology may obscure the gist of the embodiment disclosed in this specification, the detailed description thereof will be omitted. In addition, the accompanying drawings are only for easy understanding of the embodiments disclosed in this specification, the technical idea disclosed in this specification is not limited by the accompanying drawings, and all changes included in the spirit and technical scope of the present invention , it should be understood to include equivalents or substitutes.

Terms including ordinal numbers, such as first and second, may be used to describe various components, but the components are not limited by the terms. These terms are only used for the purpose of distinguishing one component from another.

It is understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, but other elements may exist in the middle. It should be. On the other hand, when an element is referred to as “directly connected” or “directly connected” to another element, it should be understood that no other element exists in the middle.

Singular expressions include plural expressions unless the context clearly dictates otherwise.

In this application, terms such as "comprise" or "have" are intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other features It should be understood that the presence or addition of numbers, steps, operations, components, parts, or combinations thereof is not precluded.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. It is apparent to those skilled in the art that the present invention can be embodied in other specific forms without departing from the spirit and essential characteristics of the present invention.

1 and 2 are overall schematic diagrams of an engagement procedure training system according to an embodiment of the present invention.

An engagement procedure training system according to an embodiment of the present invention is a structural diagram of an engagement procedure training system based on 3 domains and 6 spaces.

The engagement procedure training system of the present invention has a three-layer structure consisting of a simulation control domain 110, a simulation processing domain 120, and a training execution domain 130.

The simulation control domain 110 manages specification information and instructor/student history information of land/sea/air objects necessary for training in preparation for training, edits scenario information necessary for training, and It includes an instructor control area 111 for providing necessary initial information and scenario information and controlling start/stop of training.

The simulation control domain 110 includes a post-criticism area 112 in which the training content can be reproduced and viewed after the training is performed, and post-criticism is performed on the training content after the training is performed.

The simulation processing domain 120 simulates movement of land/sea/air objects based on scenario information edited in the instructor control area, simulates detection information of simulated objects, and environment of marine/underwater/air/terrain information. It includes a model simulation area 121 that simulates the state. The model simulation area 121 performs each simulation operation based on the scenario information edited in the instructor control area.

The simulation processing domain 120 includes a data processing area 122 that processes interface data with the real system and other systems, processes all simulation interface data between three-layer domains, and stores all training contents during training. .

The training domain area 130 includes a commercial equipment-based simulator area 131 for training based on commercial equipment and a national defense standards-based simulator area 132 for training based on national defense standards.

That is, the engagement procedure training system of the present invention is composed of 3 domains and 6 domains. In addition, common interlocking mechanisms and common interlocking data structures that can be commonly used for engagement procedure training in each area are being established.

In the present invention, common interlocking data includes scenario information, training start and end information, track movement simulation and detection information, environmental state simulation information, track steering information, and launch procedure event information. And the common interworking mechanism is composed of a plurality of common interworking mechanisms configured to perform mutual interworking based on six areas using common interworking data.

3 shows an instructor control area 111 of the simulation control domain 110 according to an embodiment of the present invention.

The instructor control area 111 is composed of a scenario generator, a simulation controller, a database manager, a database server, an intercom system, and a video distribution system.

The simulation control domain 110 is an instructor area and is divided into an instructor control area 111 that controls student training and a post-criticism area 112 that performs post-review training content after training is performed.

The instructor control area 111 is a database manager and database server (hereinafter referred to as a database manager) that manages the specification information of land, sea, and air objects necessary for training and the history information of instructors and students in the training preparation stage. includes The instructor control area 111 includes a scenario generator for editing scenario information necessary for training. The instructor control area 111 includes a simulation controller that provides initial information and scenario information necessary for training in the training execution stage and controls start and stop of training. In addition, the instructor control area 111 includes an intercom system capable of controlling students' training by voice during training and an image distribution system (RGB Matrix) capable of observing students' training images in real time.

4 is an exemplary diagram of a post-criticism region 112 of the simulation control domain 110 according to an embodiment of the present invention.

The post-criticism area 112 includes a post-criticism computer, a printer system, an intercom system, a projector system, and a large screen.

The post-criticism area 112 includes a post-criticism computer that reproduces and views students' training performance after training, an intercom system for real-time voice critique during the critique, a projector and screen system for displaying training replay content to students, It consists of a printing system that can print students' grades and training history information after criticism.

5 is an exemplary diagram of a model simulation area 121 of a simulation processing domain 120 according to an embodiment of the present invention.

The simulation processing domain 120 is divided into a model simulation area 121 simulating a model required for training and a data processing area 122 processing interface (I/F) data required for training.

The model simulation area 121 includes track movement simulation, track detection simulation, and environment state simulation.

The model simulation area 121 is track movement simulation (TMS), track movement simulation that simulates the movement of land, land, water, and underwater objects based on the scenario information edited in the instructor control area 111. Track detection simulation (TDS) system that simulates detection of tracks simulated in (TMS) (eg radar, sonar, ESM, etc.), track movement simulation (TMS) and track detection simulation (TDS) It consists of Environment State Simulation (ESS) that simulates marine, underwater, atmospheric, and topographical information as performance and environmental parameters.

Track movement simulation creates dynamic simulation information of land, sea and air objects. Then, event simulation information of land, sea, and air objects is created. Track detection simulation provides track detection information to the training performance domain. Environmental state simulation acts as a key performance variable for track movement simulation and track detection simulation. The environmental state simulation simulates the environmental state based on the edited information of the scenario information.

6 is an exemplary view of the data processing area 122 of the simulation processing domain 120 according to one embodiment of the present invention.

The data processing area 122 includes a data link simulation, a centralized network system, and a simulation information recording device.

The data processing area 122 is a Data Link Simulation (DLS) processing real system and interface data with other system systems, and all network interface data of the simulation control domain 120 and the training domain 130. It is composed of a centralized network system in charge of distribution, interface data logging between training performances, and a simulation data recording system (SDRS) that stores images of students' training performances.

Data link simulation is the interface processing between the simulation processing domain and the MILS (Model In-the Loop Simulation)-based simulator, the interface processing between the COTS (Commercial Off-the-Shelf)-based simulator and the MILS-based simulator, and all interfaces between the 3-layer domains. Performs simulator interface processing.

The centralized network system centrally receives and distributes all data transmitted and received in the engagement procedure education and training system of the present invention.

Also, the simulation information recording device stores all training contents during training and logs all software interface data. In addition, the main student training images using the image storage device are also stored.

7 is an exemplary diagram of a commercial equipment-based simulator area 131 of a training domain 130 according to an embodiment of the present invention.

The commercial equipment-based simulator area 131 includes a 3D image generating simulator, a track maneuver analysis simulator, and an intercom system.

The training domain 130 is an area where actual students perform simulation-based training, and is divided into a simulator area 131 based on commercial equipment and a simulator area 132 based on national defense standards.

Whether or not to develop the commercial equipment-based simulator area 131 and the defense standard-based simulator area 132 is determined depending on the purpose of the actual equipment-based and commercial equipment-based development direction. The commercial equipment-based simulator area 131 is a 3D image generator (3DIG), which is equipment that visualizes a virtual battlefield environment by using track movement detection and environment information simulated in the simulation processing domain 120, track detection It is divided into a track motion analysis simulator (Track Motion Analysis) that analyzes the detection information processed in simulation (TDS). And it also includes an intercom system.

8 is an exemplary diagram of a national defense standards-based simulator area 132 of a training domain 130 according to an embodiment of the present invention.

Defense standards-based simulator domain 132 includes track steering simulators, engagement training simulators, and intercom systems.

The defense standards-based simulator area 132 includes a track steering simulator (TSS) responsible for controlling the movement information of the track and an engagement training simulator (Engagement Training Simulator) and an intercom system for voice information exchange between students and students and between students and instructors during training.

The Track Steering Simulator adjusts track maneuvers based on analysis from the Track Analysis Simulator. For example, when avoiding an enemy threat track or moving to an engagement area, track maneuvering is adjusted.

The engagement training simulator performs a role of engagement with an enemy track when entering an engagement area. To this end, an engagement plan is created and analyzed, and a simulated engagement is performed.

9 is an overall configuration diagram showing a common interlocking mechanism constructed in the engagement procedure training system according to an embodiment of the present invention.

The structure of the three layers (simulation control domain/simulation processing domain/training domain) shown in FIG. 2 transmits and receives information and messages in the order shown in FIG. 9, and all data is received and distributed through a centralized network system. .

To this end, among the six areas of the three layers, the instructor control area (111), the model simulation area (121), the data processing area (122), the commercial equipment-based simulator area (131), and the defense standard-based simulator, excluding the post-criticism area, Areas 132 are organically connected to each other to transmit and receive signals.

In the engagement procedure training system of the present invention, the common interlocking mechanism between the six areas proceeds sequentially in the following process.

1) Scenario usage basic information editing mechanism: In the database manager of the instructor control area 111, basic information (eg, object attribute information, weapon attribute information, sensor attribute information, etc.) essential for scenario use is edited.

2) Scenario use basic information loading mechanism: The scenario use basic information edited in the scenario generator of the instructor control area 111 is loaded. 3) Scenario information editing mechanism: Scenario information is edited based on the relevant information.

4) Scenario information storage mechanism: The scenario information edited by the scenario generator in the instructor control area 111 is stored in the database manager.

5) Scenario information loading mechanism: The simulation controller of the instructor control area 111 loads scenario information to be used for training from scenario information stored in the database manager.

6) Scenario information transmission mechanism: The simulation controller in the instructor control area 111 transmits scenario information to be used for training to the centralized network system in the data processing area 122.

7) Scenario information distribution mechanism: The centralized network system transmits and distributes the received scenario information to track movement simulation, track detection simulation, and environmental state simulation in the model simulation area 121.

The centralized network system can also transmit training scenario information to other equipment that needs it. In the following description, only some equipment can be described for the transmission/distribution/reception of arbitrary information. That is, in the centralized network system, it is predefined that transmission/distribution can be performed even to unexplained devices that require the corresponding information, that information can be received from the unexplained equipment, and operation control based on the received information can be performed. do.

8) Mechanism for receiving scenario information: Equipment that needs scenario information for training receives the corresponding training scenario information through a centralized network system.

For example, the centralized network system transmits and distributes scenario information to a 3D image generating simulator in the commercial equipment-based simulator area 131.

As the above mechanisms 1) to 8) are performed sequentially, scenario information to be used for the corresponding training is transmitted to the three simulation systems in the model simulation area 121. In addition, scenario information is transmitted and distributed to the 3D image generation simulator of the commercial equipment-based simulator area 131. That is, the preparation work for the corresponding training is completed.

9) Training start transmission mechanism: The simulation controller in the instructor control area 111 transmits a training start command to the centralized network system.

10) Training start distribution mechanism: When the centralized network system receives a training start command from the simulation controller, it sends a signal for starting training to the track movement simulation, track detection simulation system, and environmental condition simulation within the model simulation area 121. transmit At this time, the centralized network system distributes a corresponding training start signal preset for each configuration based on scenario information for training.

11) Training start reception and start mechanism: Each device receives a corresponding training start signal and starts training according to the corresponding algorithm.

In addition, the centralized network system transmits and distributes signals for starting training in track steering simulators and engagement training simulators within the defense standard-based simulator area 132, and each device receives the corresponding training start signal.

In addition, the centralized network system transmits and distributes a signal for starting training to a 3D image generating simulator and a track maneuver analysis simulator in the commercial equipment-based simulator area 131, and each device receives the corresponding training start signal.

Track movement simulation in the model simulation area 121 receiving the training start signal, track detection simulation system, environmental state simulation, 3D image generation simulator in the commercial equipment-based simulator area 131, track maneuver analysis simulator, and national defense Track steering simulators and engagement training simulators within the standards-based simulator area 132 initiate corresponding training.

12) Track movement simulation mechanism: The track movement simulation simulates track movement based on the received scenario information, and 13) Environment state simulation mechanism: The environmental state simulation simulates the environment state information based on the received scenario information. Here, the order of 12) and 13) mechanisms is irrelevant to the control operation, and the process of distributing, transmitting, and receiving track movement information with the centralized network system and distributing, transmitting, and receiving environmental state information that occurs later is independent of the order. It can happen, and it can happen simultaneously.

14) Track movement information transmission mechanism: The track movement information simulated in the track movement simulation is transmitted to the centralized network system.

15) Track movement information distribution mechanism: The centralized network system distributes the received track movement information based on the scenario, and transmits the track movement information to the track detection simulation system and the 3D image generating simulator. 16) Track movement information receiving mechanism: Corresponding devices receive track movement information.

Also, the centralized network system transmits the received track movement information to the simulation controller in the instructor control area 111.

17) Environment information transmission mechanism: The environment state information simulated in the environment state simulation is transmitted to the centralized network system.

18) Environment information distribution mechanism: The centralized network system distributes the received environmental state information based on the scenario, and the track detection simulation system in the model simulation area 121 and the 3D simulation system in the commercial equipment based simulator area 131 The environment state information is transmitted to the image generation simulator, the track maneuver analysis simulator, and the track maneuver simulator and engagement training simulator within the national defense standards-based simulator area 132. 19) Environmental information reception mechanism: Corresponding equipment receives environmental status information.

Also, the centralized network system transmits the received environmental state information to the simulation controller in the instructor control area 111.

20) Track detection simulation mechanism: When track movement information is received, the track detection simulation system in the model simulation area 121 simulates the detection information of the simulated object. 21) Track detection information transmission mechanism: transmits the detected track detection information to the centralized network system.

22) Track detection information distribution mechanism: The centralized network system transmits and distributes the received track detection information to the 3D image generation simulator and the track maneuver analysis simulator in the simulator area 131 based on commercial equipment. In addition, the received track detection information is transmitted and distributed to a track adjustment simulator and a combat training simulator within the national defense standards-based simulator area 132. 23) Mechanism for receiving track detection information: Corresponding devices receive track detection information. The data link simulation in the data processing area 122 also receives track detection information.

24) Track control simulation mechanism: The track control simulator in the defense standard based simulator area 132 performs track control simulation based on the received track detection information. 25) Track steering information transmission mechanism: The track steering simulator transmits the track steering information obtained after simulation to the centralized network system.

26) Track steering information distribution mechanism: The centralized network system transmits the received track steering information to the simulation controller in the instructor control area 111. The centralized network system also transmits the received track steering information to the track movement simulation in the module simulation area 121 .

27) Track steering information reception mechanism: Track movement simulation receives track steering information, 28) Track steering change information application mechanism: Track steering change information is applied to correct track simulation.

29) Firing Procedure Execution Mechanism: The engagement training simulator in the simulator area 132 based on national defense standards performs a firing procedure simulation required for engagement through peer identification based on the received track detection information. 30) Launch procedure event transmission mechanism: The engagement training simulator transmits launch procedure event information to the centralized network system.

31) Launch procedure event distribution mechanism: The centralized network system transmits the received launch procedure event information to the simulation controller in the instructor control area 111 and the 3D image generating simulator in the commercial equipment-based simulator area 131. 32) Launch procedure event reception mechanism: The device receives launch procedure event information.

33) 3D image simulation mechanism: The 3D image generation simulator in the commercial equipment-based simulator area 131 simulates 3D image generation based on the received launch procedure event information, 34) 3D image display mechanism: Corresponding image exhibit

Here, the configuration of simulating and displaying the 3D image generation of the 33) and 34) mechanisms in the 3D image generation simulator is 11) after the training start information of the mechanism is received, each received information {16), 19), 23) , 32) mechanism}, the simulated 3D video screen is changed and displayed.

35) Track maneuver analysis mechanism: The track maneuver analysis simulator in the commercial equipment-based simulator area 131 performs track maneuver analysis based on the track detection information received from the 23) mechanism, 36) Analysis content display mechanism: Analyzed content exhibit

37) Track maneuver analysis transmission mechanism: Track maneuver analysis information is transmitted to the centralized network system, 38) Track maneuver analysis distribution mechanism: In the centralized network system, the track maneuver simulator and instructor control within the defense standard-based simulator area 132 Distribute and transmit to the simulation controller in area 111. 39) Track maneuver analysis receiving mechanism: The device receives track maneuver analysis information.

The common interlocking mechanism as described above can be repeatedly performed based on the training scenario information, and when the firing procedure training is completed based on the training scenario information, 40) Training end transmission mechanism: The simulation controller in the instructor control area 111 The end of training is sent to the centralized network system. 41) Training end distribution mechanism: The centralized network system transmits a training end signal to all equipment. 42) Training End Receiving and Termination Mechanism: All equipment that has performed the launch training procedure based on the corresponding algorithm ends the training when the training end is received.

In addition, the simulation information recording device in the data processing area 122 stores and records messages transmitted and received in the entire process from when the scenario information by the 6) mechanism is received to the centralized network system to the end of the training by the 42) mechanism. (43 recording mechanism). In addition, the data link simulation in the data processing area 122 promotes interface data processing between the real system and other systems so that a common interlocking mechanism is performed based on training scenario information.

Next, an embodiment of common interlocking data between domains in the engagement procedure training system and engagement procedure training method according to an embodiment of the present invention will be described.

In an embodiment of the present invention, an embodiment of common linkage data between regions according to a launch event of a missile will be described.

In the present invention, common interlocking data and a common interlocking mechanism related to the missile firing procedure are implemented. This focuses on the fact that it is possible to derive commonly applicable items in the engagement procedure between guided weapons (or guided missiles) used in the water and guided weapons used on the ground or in the air, and also to implement a common interlocking mechanism based on a framework. .

For example, scenario information for red shark training requires object scenario description information, object information, environment information, and the like.

Similarly, scenario information for training of Cheolmae-2 requires information similar to or identical to information for training of Red Shark.

Therefore, in the present invention, a common interlocking mechanism based on a framework was implemented by discharging these commonly applicable items.

10 illustrates a relationship between common interlocking data between architecture domains and an interlocking mechanism between related domains.

A) Scenario information is preset to have a variable size. The common interlocking mechanisms related to this are 1) Edit basic information for scenario use, 2) Load basic information for scenario use, 3) Edit scenario information, 4) Save scenario information, 5) Load scenario information, 6) Transmit scenario information, 7) Scenario Information distribution, 8) scenario information reception, etc. may be included.

B) Training start and end information is set to 12 bytes. Common interworking mechanisms related to this may include 9) training start transmission, 10) training start distribution, 11) training start reception and start, 40) training end transmission, 41) training end distribution, and 42) training end reception and end. there is.

C) Track movement simulation and detection information is preset to have a variable size. Common interlocking mechanisms related to this are 12) track movement simulation, 14) track movement information transmission, 15) track movement information distribution, 16) track movement information reception, 20) track detection simulation, 21) track detection information transmission, 22) track Detection information distribution, 23) Track detection information reception, 33) 3D video simulation, 34) 3D video display, 35) Track maneuver analysis, 36) Analyzing content analysis, 37) Track maneuver analysis transmission, 38) Track maneuver analysis distribution , 39) receiving track maneuver analysis, and the like.

D) Environmental state simulation information is set to 64 bytes. Common interworking mechanisms related to this may include 13) environment state simulation, 17) environment information transmission, 18) environment information distribution, and 19) environment information reception.

E) Track control information is set to 30 bytes. Common interlocking mechanisms related to this may include 24) simulation of track control, 25) transmission of track control information, 26) distribution of track control information, 27) reception of track control information, and 28) application of track control change information.

F) Launch procedure event information is set to 16 bytes. Common interlocking mechanisms related to this include 29) launch procedure execution, 30) launch procedure event transmission, 31) launch procedure event distribution, 32) launch procedure event reception, 33) 3D image simulation, and 34) 3D image display. can

That is, the common interlocking data of a) to f) are data commonly used between architecture domains, and an interlocking mechanism related to each data represents a configuration of a commonly interlocking mechanism. It is preferable to preset the size of each common interlocking data and related common interlocking mechanism.

11 and 12 show detailed configuration diagrams of scenario information in common interlocking data.

The scenario information has a variable size and may include description information about the scenario, environment information, object information, guided missile information, and the like. Each piece of information includes detailed information shown in FIGS. 11 and 12 .

The descriptive information of the scenario information includes wind speed, wind direction, scenario type, total number of objects, simulation start time, sea state, humidity, number of friendly objects, number of enemy objects, simulation end time, detection probability, scenario description, temperature , may include precipitation information.

In addition, the scenario information may include environmental information about wind speed, wind direction, ocean conditions, humidity, detection probability, and temperature and precipitation information.

In addition, the scenario information may include object information about platform structure, platform name, platform type, platform source, enemy identification, movement route score, route point latitude, route point longitude, and movement route point altitude information. In addition, the object information is repeatedly composed of the latitude, longitude, and altitude of the movement route point as many as the number of movement route points. That is, object information may vary depending on the Army/Navy/Air Force because the object to be engaged is different for each training target system.

In addition, the scenario information may include information about the platform structure, the number of missiles, the type of missiles, the type of missiles, and missile state information. Here, the guided missile information is repeatedly composed of a guided missile type, a guided missile type, and a guided missile state as many as the number of guided missiles.

That is, in the present invention, guided missiles used in the Army/Navy/Air Force can be classified according to types and constituted in guided missile information. For example, object information and guided missile information may be different depending on the type of guided missile for training, red shark (marine) and cheolmae (ground-to-air).

13 shows a detailed configuration diagram of training start and end information.

The training start and end information consists of 12 bytes, and includes an interlock target device ID (2 bytes), an interlock target application ID (2 bytes), and training start and end times (4 bytes). In addition, a spare data space may be additionally provided in configuring common interlocking data.

14 shows a detailed configuration diagram of track movement simulation and detection information.

The track movement simulation and detection information is composed of a variable size {(8+(58*N))byte}. Where N = number of tracks, 1<=N<=850.

The track movement simulation and detection information may include an ID of a device to be interlocked, an ID of an application to be interlocked, information on the number of tracks, and a spare space.

And as much as the number of tracks, track ID (if the track ID is 1), track peer information (friend-1, enemy-2, neutral-3, consider friend-4, unidentified-5), object survival (0-non-survival) , 1-survival), track detailed information (for example, ground track, air track, water track, etc.), track movement speed, track location information on the earth, and track movement direction information.

15 shows a detailed configuration diagram of environmental state simulation information.

Environmental state simulation information consists of 64 bytes. Environment state simulation information includes 2 bytes of interlocking device ID, 2 bytes of interlocking target application ID, 2 bytes of reserve space, 1 byte of sea state, 1 byte of cloud condition, 8 bytes of wind direction, and 8 bytes of wind speed, 8 bytes temperature, 8 bytes humidity, 8 bytes atmospheric pressure, 8 bytes precipitation, 8 bytes wave height, etc.

16 shows a detailed configuration diagram of track steering information.

Track control information consists of 30 bytes, 2 bytes are the ID of the device to be interlocked, 2 bytes are the ID of the application to be interlocked, 2 bytes are reserved space, 8 bytes are the operating direction, 8 bytes are the operating speed, 8 bytes are the operating depth and altitude, etc.

17 shows a detailed configuration diagram of launch procedure event information.

Launch procedure event information consists of 16 bytes, 2 bytes of interlocking device ID, 2 bytes of interlocking target application ID, 4 bytes of event occurrence time, 2 bytes of source information, 2 bytes of launch procedure and various event information, It can include 2 bytes of destination information, 2 bytes of reserve space, etc.

18 illustrates a detailed diagram of equipment classification and SW identifiers for each domain according to an embodiment of the present invention.

19 shows a detailed configuration diagram of object properties according to an embodiment of the present invention.

18 shows device IDs and application IDs for operating devices in domains and areas and in each area.

19 shows an example of a structure in the form of an entity. Object types can be set to ground threats, aerial threats, ship threats, and other threats with a size of 1 byte. The operation area of the object can also be set to ground, air, surface, or under the water. In addition to this, the object's country code, category, characteristics, etc. may be included.

20 is an exemplary diagram of detailed information about object speed, location direction, and the like.

For example, Linear Velocity information, Entity Location information, Entity Orientation information, etc. may be included, and FIG. 21 shows information on each orientation angle of Entity Orientation information.

22 is a detailed view of common interlocking data and shows an example of launch procedure event information. Each code information can be composed of 3-digit area information and 2-digit unique number information. For code information, mission data number input, mission data number cancellation, marine flight trajectory generation, marine flight trajectory modification, projectile selection, projectile selection cancellation, application of power to the launcher, release of power to the launcher, authorization to launch the guidance team, cancellation of missile launch, projectile safety Information codes such as switch safe, bullet safety switch active, bullet power on, bullet power off, bullet ready, ready to fire, safe/accept switch safe, password input, fire button pressed, firing in progress, firing rejected, bullet ejected, etc. can include

The engagement procedure training system and engagement procedure training method of the present invention described above are implemented in a computing environment including a general computing device. A computing environment may include a computing device. The computing device may be any type of computing device that transmits and receives signals with other terminals.

A computing device includes at least one processor (or control module), a computer readable storage medium, and a communication bus. The processor may control the computing device to operate according to the aforementioned embodiment. The processor may execute one or more programs stored in a computer readable storage medium. The one or more programs may include one or more computer-executable instructions, which when executed by a processor may configure a computing device to perform operations in accordance with an illustrative embodiment.

A computer readable storage medium is configured to store computer executable instructions or program code, program data and/or other suitable form of information. A program stored on a computer readable storage medium includes a set of instructions executable by a processor. In one embodiment, the computer readable storage medium includes memory (volatile memory such as random access memory, non-volatile memory, or a suitable combination thereof), one or more magnetic disk storage devices, optical disk storage devices, flash memory devices. media, other forms of storage media that can be accessed by a computing device and store desired information, or a suitable combination thereof.

Communication buses interconnect various other components of a computing device, including processors and computer-readable storage media.

The computing device may also include one or more input/output interfaces that provide interfaces for one or more input/output devices and one or more communication interfaces. An input/output interface and a communication interface are connected to the communication bus. An input/output device (not shown) may be coupled to other components of the computing device through an input/output interface. Exemplary input/output devices include a pointing device (such as a mouse or trackpad), a keyboard, a touch input device (such as a touchpad or touchscreen), an input device such as a voice or sound input device, various types of sensor devices, and/or a photographing device; and/or output devices such as display devices, printers, speakers, and/or network cards. The exemplary input/output device may be included inside the computing device as a component constituting the computer device, or may be connected to the computing device as a separate device distinct from the computing device.

Operations according to the present embodiments may be implemented in the form of program instructions that can be executed through various computer means and recorded in a computer readable medium. Computer readable medium refers to any medium that participates in providing instructions to a processor for execution. A computer readable medium may include program instructions, data files, data structures, or combinations thereof. For example, there may be a magnetic medium, an optical recording medium, a memory, and the like. The computer program may be distributed over networked computer systems so that computer readable codes are stored and executed in a distributed manner. Functional programs, codes, and code segments for implementing this embodiment can be easily inferred by programmers in the art to which this embodiment belongs.

The above detailed description should not be construed as limiting in all respects and should be considered illustrative. The scope of the present invention should be determined by reasonable interpretation of the appended claims, and all changes within the equivalent scope of the present invention are included in the scope of the present invention.

110: simulation control domain, 120: simulation processing domain, 130: training execution domain, 111: instructor control area, 112: post-criticism area, 121: model simulation area, 122: data processing area, 131: commercial equipment-based simulator area, 132 Defense Standards Based Simulator Area

Claims (27)

In the engagement procedure training system for equipment training commonly used in the Army / Navy / Air Force,
When preparing for training, it manages the specification information of land/sea/air objects and instructor/student history information necessary for training, edits scenario information necessary for training, and provides initial information and scenario information necessary for training during training. an instructor control area for providing and controlling the start/stop of training;
a simulation control domain including a post-criticism area in which training content can be reproduced and viewed after training is performed, and post-criticism on the training content is performed;
Based on the scenario information edited in the instructor control area, the model simulation area simulates the movement of land/sea/air objects, simulates the detection information of simulated objects, and simulates the environmental conditions of ocean/underwater/atmospheric/terrain information. class,
A simulation processing domain including a data processing area that processes interface data with a real system and other systems, processes all simulation interface data between three-layer domains, and stores all training contents during training; and
A commercial equipment-based simulator area that performs training based on commercial equipment;
Includes a training performance domain that includes a defense standards-based simulator area that conducts training based on defense standards,
The engagement procedure training system builds a common interlocking mechanism and common interlocking data structure that can be commonly used for engagement procedure training of the Army/Navy/Air based on 3 domains and 6 areas,
The common linkage data includes scenario information, training start and end information, track movement simulation and detection information, environmental state simulation information, track steering information, launch procedure event information,
The common interlocking mechanism is an engagement procedure training system composed of a plurality of common interlocking mechanisms configured to interlock with each other based on six areas using common interlocking data. The method of claim 1,
The instructor's control area is
A database manager for managing specification information and instructor/student history information of land, sea, and air objects required for training in preparation for training;
a scenario generator for editing scenario information required for training;
a simulation controller that provides initial information and scenario information necessary for training and controls start/stop of training during training;
Intercom system for voice control during training;
Engagement procedure training system including video distribution system for real-time observation of video during training. The method of claim 2,
The posterior critique area is
Post-criticism computer that can replay and view training performance after training;
a projector and screen system for displaying training replays;
intercom system for real-time voice critique during critique;
Engagement procedure training system including a printer system capable of printing training record and training history information after criticism. The method of claim 3,
The model simulation area is
Track movement simulation that simulates movement of land, sea, and air objects based on scenario information edited in the instructor's control area;
a track detection simulation system for simulating detection information of simulated objects;
Engagement procedure training system including environmental state simulation that simulates the edited environmental state in the instructor control area. The method of claim 4,
The data processing area is
Data link simulation that processes interface data with real systems and other systems;
a centralized network system that controls all network simulation interface data between three-layer domains through centralized network distribution;
Engagement procedure training system including a simulation information recording device for logging interface data and storing training performance images during training. The method of claim 5,
In the commercial equipment-based simulator area,
a 3D image generation simulator that visualizes a virtual battlefield environment using simulated track movement, detection, and environment information in the simulation processing domain;
a track maneuver analysis simulator that analyzes the detection information processed in the track detection simulation;
Engagement procedure training system with intercom system. The method of claim 6,
Defense standards-based simulator areas include:
a track steering simulator responsible for controlling the movement information of the track;
An engagement training simulator that creates mission plans for engaging enemy tracks and conducts engagements;
An engagement procedure training system comprising an intercom system for exchanging voice information. The method of claim 7,
A common interlocking mechanism is,
Scenario use basic information mechanism that edits object attribute information, weapon attribute information, and sensor attribute information essential for scenario use in the database manager;
a scenario usage basic information loading mechanism and a scenario information editing mechanism that loads scenario usage basic information edited in the scenario generator and edits the scenario information based on the scenario information;
a scenario information storage mechanism for storing edited scenario information in a database manager;
Engagement procedure training system that includes a scenario information loading mechanism that loads scenarios to be used for training into the simulation controller. The method of claim 8,
A common interlocking mechanism is,
a scenario information transmission mechanism for transmitting scenario information from the simulation controller to the centralized network system;
a scenario information distribution mechanism for distributing scenario information to each device in the centralized network system;
Engagement procedure training system including a scenario information receiving mechanism for receiving scenario information from each equipment. The method of claim 9,
A common interlocking mechanism is,
a training start transmission mechanism for transmission from the simulation controller to the centralized network system;
a training start distribution mechanism for distributing training start information to each device in the centralized network system;
Engagement procedure training system including a training start receiving and starting mechanism for receiving training start information from each equipment and starting training. The method of claim 10,
A common interlocking mechanism is,
a track movement simulation mechanism that simulates track movement in the track movement simulation;
Engagement procedure training system that includes an environmental state simulation mechanism that simulates environmental state information in environmental state simulations. The method of claim 11,
A common interlocking mechanism is,
a track movement information transmission mechanism for transmitting track movement information simulated in the track movement simulation to the centralized network system;
a track movement information distribution mechanism for distributing track movement simulation information to a simulation controller, a track detection simulation system, and a 3D image generation simulator in a centralized network system;
Engagement procedure training system including a track movement information receiving mechanism for receiving track movement information from each equipment. The method of claim 12,
A common interlocking mechanism is,
an environment information sending mechanism for sending simulated environment information to the centralized network system in the environment state simulation;
an environment information distribution mechanism for distributing environment information to a simulation controller, a track detection simulation system, a 3D image generation simulator, a track maneuver analysis simulator, a track maneuver simulator, and a combat training simulator in a centralized network system;
Engagement procedure training system including an environmental information receiving mechanism for receiving environmental information from each equipment. The method of claim 13,
A common interlocking mechanism is,
The track detection simulation system includes a track detection simulation and transmission mechanism for simulating track detection based on received environment information and transmitting the track detection information to a centralized network system;
The centralized network system includes a track detection information distribution mechanism for distributing track detection information to a simulation controller, a simulator area based on commercial equipment, and a simulator area based on national defense standards;
Engagement procedure training system, wherein each device includes a track detection information receiving mechanism for receiving track detection information. The method of claim 14,
A common interlocking mechanism is,
The track steering simulator includes a track steering simulation and transmission mechanism for performing track steering simulation based on the received track detection information and transmitting the track steering simulation information to the centralized network system;
The centralized network system includes a track steering information distributing mechanism for distributing track steering simulation information to a simulation controller and a track movement simulation;
Each device includes a track steering information receiving mechanism for receiving track steering information;
Track movement simulation The engagement procedure training system includes a track adjustment change information application mechanism that applies received track steering information to modify the track simulation. The method of claim 15
A common interlocking mechanism is,
The engagement training simulator includes a launch procedure execution mechanism that simulates a launch procedure necessary for engagement through identification of a foe based on received track detection information;
a firing procedure event transmission mechanism for transmitting firing procedure event information performed in the engagement training simulator to a centralized network system;
The centralized network system includes a launch procedure event distribution mechanism for distributing the received launch procedure event information to a simulation controller and a 3D image generating simulator;
Each device includes a launch procedure event receiving mechanism for receiving launch procedure event information;
The 3D image generation simulator is a combat procedure training system that includes a 3D image simulation and display mechanism that simulates and displays 3D image generation based on launch procedure event information. The method of claim 16
A common interlocking mechanism is,
a track maneuver analysis and display mechanism that performs a track maneuver analysis based on the track detection information received from the track maneuver analysis simulator and displays the analyzed content;
a track maneuver analysis transmission mechanism for transmitting track maneuver analysis information from the track maneuver analysis simulator to the centralized network system;
a track maneuver analysis distribution mechanism for distributing track maneuver analysis information from a centralized network system to a simulation controller and a track steering simulator;
An engagement procedure training system including a track maneuver analysis receiving mechanism for receiving track maneuver analysis information from the corresponding equipment. The method of claim 17
A common interlocking mechanism is,
a training end transmission mechanism that transmits training end information to the centralized network system when launch procedure training is finished in the simulation controller;
an end-of-training distribution mechanism for distributing end-of-training information to each device in the centralized network system;
An engagement procedure training system comprising a training end receiving and ending mechanism for receiving training end information from the corresponding equipment and terminating the training. The method of claim 18
Scenario information includes wind speed, wind direction, scenario type, total number of objects, simulation start time, sea state, humidity, number of friendly objects, number of enemy objects, simulation end time, detection probability, scenario description, temperature, and precipitation information. include,
Scenario information includes environmental information about wind speed, wind direction, sea state, humidity, detection probability, temperature and precipitation information,
Scenario information includes object information about platform structure, platform name, platform type, platform source, enemy identification, travel route score, route point latitude, route point longitude, and route point altitude information,
Engagement procedure education and training system that includes guided missile information on platform structure, number of missiles, missile type, missile type, and missile status information in scenario information. The method of claim 19
In the common interlocking data, scenario information and track movement simulation and detection information are set to a variable size, training start and end information and environmental state simulation information are composed of 64 bytes, track control information are composed of 30 bytes, and launch procedure event Engagement procedure training system in which information consists of 16 bytes. The method of claim 20
The training start and end information includes an interlocking target equipment ID, an interlocking target application ID, and training start and end time information. The method of claim 21,
The track movement simulation and detection information includes an interlocking device ID, an interlocking target application ID, and track number information,
Engagement procedure education and training system that includes track ID, track peer information, object survival, track detailed information, track movement speed, track location information on the earth, and track movement direction information as many as the number of tracks. The method of claim 22
Engagement procedure education and training system in which environment state simulation information includes interlocking target equipment ID, interlocking target application ID, and training start and end time information. The method of claim 23
Engagement procedure education and training system in which track control information includes interlocking target equipment ID, interlocking target application ID, operating direction, operating speed, operating depth, and altitude information. The method of claim 24
The launch procedure event information includes an interlocking target device ID, an interlocking target application ID, event occurrence time, departure point information, destination information, launch procedure, and various event information. Engagement procedure education and training system. The method of claim 25
The engagement procedure training system,
Engagement procedure training system applied to the engagement procedure of guided missiles launched from land, sea and air. Using the engagement procedure training system according to any one of claims 1 to 26,
In the instructor control area, when preparing for training, manage the specification information of land/sea/air objects and instructor/student history information necessary for training, edit scenario information necessary for training, and perform initial training necessary for training. Steps for providing information and scenario information and controlling start/stop of training;
Replaying and viewing the training contents after the training in the post-training critique area, and performing a post-training critique on the training contents after the training is performed;
In the model simulation area, the movement of land/sea/air objects is simulated based on the edited scenario information in the instructor control area, the detection information of simulated objects is simulated, and the environmental conditions of ocean/underwater/atmosphere/terrain information are simulated. mock up;
In the data processing area, processing interface data with the real system and other systems, processing all simulation interface data between three-layer domains, and storing all training contents during training;
Conducting training based on commercial equipment;
including conducting training based on national defense standards;
The engagement procedure training system builds a common interlocking mechanism and common interlocking data structure that can be commonly used for engagement procedure training of the Army/Navy/Air based on 3 domains and 6 areas,
The common linkage data includes scenario information, training start and end information, track movement simulation and detection information, environmental state simulation information, track steering information, launch procedure event information,
The common interlocking mechanism is an engagement procedure training method composed of a plurality of common interlocking mechanisms configured to interlock with each other based on six areas using common interlocking data.

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