KR20200017973A - The AR VR MR Combat simulation trainig system using military operation theme contents - Google Patents

Abstract

A simulation training system comprises: a server for storing a program for simulation training; a database for storing data required for a simulation training program of the server; a display for setting the program for simulation training through the server; and a motion controller for controlling output of a simulation training image and training to be available through the server, wherein the motion controller further includes a remote controller for controlling training to be available according to a VR which is capable of outputting a simulation training image and is wearable, and a simulation training image output through the VR, and a curved trajectory firearm which is capable of training to fire a guided missile and shell by using the VR and the remote controller. According to the present invention, various training methods through military operation theme content are possible by applying AR and a motion recognition technique in order to improve navigation, and it is possible to contribute to improvement of fighting strength of an army by solving an individual practical training time shortage problem due to a narrow training site and excessive training preparation time. Also, according to the present invention, it is possible to reduce accidents caused by training using a weapon system of a trainee and generation of harm to the public due to noise generated during training, and also aiming, firing and inducing processes can be easily trained. In addition, an actual guided missile is not used to train gunners, thereby reducing costs and dangerous situation.

Description

The AR VR MR Combat simulation trainig system using military operation theme contents}

The present invention relates to an engagement simulation training system using AR VR MR, and more specifically, a server storing a program for simulation training in various weapon systems and tactics, and data necessary for the simulation training program of the server are stored. It includes a display that allows you to set up a program for simulation training through a database and server, and a motion controller that controls the output and training of the simulation video through the server, but the motion controller outputs and wears the simulation video. The present invention relates to a combat simulation system using an AR VR MR using a remote controller and a VR and a remote controller to control the training according to the simulation training image output through the VR.

In general, mock engagement training is conducted using various methods in military training, war games, or survival games. This engagement training is performed by simulating the same battlefield effects and weapon performance as in actual combat.

In modern times, military weapons have been further developed due to the development of science and industry. Among them, the development of radar and guided missile launching technologies that can detect the flying object in the air, identify the enemy or allies, and intercept only if they are the enemy. there was.

No matter how good and good equipment there is in the military, it can be useless if there is no agent to control it correctly.

However, it is not possible to train the operators by hands-on training, which costs a lot of manipulation once.

In addition, in recent years, the military has been conducting realistic simulated combat training by introducing multiple integrated laser engagement systems to soldiers' training. Multi-integrated Laser Engagement System is equipped with a small arms transmitter (M16, K2) such as a rifle or machine gun barrel that fires a laser instead of a bullet (Small Arms Transmitter). This multi-integrated laser engagement system is designed to enhance the combat capability of individual soldiers and the commanding capabilities of their commanders.

The conventional weapon system simulates a laser gun module mounted on the gunner's gun, firing the laser on an object such as an enemy appearing on the screen, while avoiding the laser shot to the shooter's side through the laser generator on the screen. Training is being done by a two-way simulation tactical training using a laser that can be carried out in both directions.

On the other hand, a grenade launcher simulation system for conventionally training a grenade launcher using a laser has been provided.

By the way, since the grenade emitted from the grenade launcher is a curved archer, the grenade launcher simulation apparatus using the laser having the straightness has a problem in that it does not simulate the actual grenade launcher as it is.

For example, in a real howitzer, if a bullet forms a parabolic trajectory and falls off at a point, it forms an exposure range, but when firing a laser, all the objects on the path of the laser beam have been damaged due to its straightness. Is processed.

As a related technology, 'simulation engagement system' of Korean Patent Publication No. 10-2002-22033 has been proposed. The simulation engagement system according to the aforementioned patent discloses a complex method of inserting a complex D-CODE and adjusting the exposure position and output level using the complex D-CODE in order to accurately simulate the howitzer using laser light.

However, since the actual grenade launcher is a howitzer, it can be dropped onto a target by crossing a hill or an obstacle, but the laser emitted from the grenade launcher simulates a straight line and is blocked by a hill or an obstacle, resulting in an unexpected result. The problem occurs.

Virtual Reality (VR) technology is a technology that allows users to feel and interact with the processing situation or environment created using a computer through human sense organs. This virtual reality technology is augmented reality (AR) technology in which a computer adds more information about an object that a user can perceive directly, and the real world in an image of a virtual space. There is a fusion or mixed reality (MR) technology that adds an image of the fusion. The fusion or mixed reality (MR) technology combines a real world and a virtual world in real time. It is a cutting edge virtual reality technology that maximizes realism.

In this regard, the applicant changed the weapon training contents focused only on the development of a system for simulating grenade launcher as in the prior art to experience training through various realistic operational theme contents applied with AR VR MR and motion recognition technology which are currently growing rapidly. To provide a simulated warfare training system using AR VR MR that increases training effects in various weapon systems and tactics.

Republic of Korea Patent Publication No. 10-0833162 Republic of Korea Patent Publication No. 10-2002-22033 Republic of Korea Patent Publication No. 10-1653735

The object of the present invention devised to solve the problems as described above, the current educational content focused only on improving the weapons system manipulation to convert the experiential education through a variety of realistic operation theme content applied AR AR MR MR and motion recognition technology To provide a training simulator using AR VR MR in various weapon systems and tactics to increase training effectiveness.

In addition, the present invention has developed an AR VR MR weapon training system based on the contents and motion recognition of the operation theme that can solve individual training time shortage problems due to the narrow training space and excessive training preparation time in various weapon systems and tactics. To provide a simulation simulator system using AR VR MR that can contribute to improvement.

In addition, an object of the present invention is to use AR VR MR to reduce the safety accidents caused by the trainees in the training using the weapon system in various weapon systems and tactics, and to reduce the occurrence of public damage caused by the noise generated when training students We want to provide a training simulator.

In addition, another object of the present invention is to easily train the aiming, shooting, and guided missiles as one implementation of the weapons system for simulated warfare training, and do not use actual guided missiles to train shooters to reduce costs and In order to reduce the risk situation, we will provide an engagement simulation training system using AR VR MR.

In addition, another object of the present invention is to provide an engagement simulation training system using AR VR MR capable of various training methods through the operation theme content by applying AR and motion recognition technology to improve the guided missile operation.

According to the engagement simulation training system using the AR VR MR of the present invention for achieving the above object, in the simulation training system, the server that stores the program for simulation training, and the data necessary for the simulation training program of the server It includes a display that allows you to set up a program for simulation training through a database and a server that is stored, and a motion controller that controls the output and training of the simulation video through the server, but the motion controller is capable of outputting and wearing the simulation training video. It further includes a remote control for controlling the training according to the simulation training video output through the VR and VR, and a weapon system using the VR and the remote control.

The server is a mission editing unit for setting the training scenarios and situations for the simulation training, the instructor control unit capable of anomalously changing and evaluating the set situation of the mission editing unit, and the situation display unit for outputting the image according to the simulation training and the mission Engagement simulation unit that can be simulated according to the training situation of the editorial department; And a shooting preparation procedure training unit capable of training shooting preparation procedures according to the training situation of the mission editing unit.

The mission editor is a scenario management module for selecting and managing scenarios for simulation training, a training area management module for selecting and managing simulation training locations and regions, and a target management module for selecting and managing targets to be engaged in simulation training. ; And a weather management module capable of selecting and managing weather conditions during simulation training.

Instructor control unit and the training control module capable of controlling and monitoring the simulation training; A target operation module for operating a target according to the simulation training and a weather management module for operating the weather according to the simulation training and a trainee management module for managing trainees trained and trained in the simulation training; And an evaluation management module for evaluating the trainees after the mock training.

The situation display unit includes an engagement simulation display module for outputting an image on a display during training exercises and a shooting preparation training display module for outputting an image on a display during training preparation procedures.

Effects of the present invention as described above, by applying AR and motion recognition technology in various weapon systems and tactics can provide an engagement simulation training system using AR VR MR that enables a variety of training methods through the operation theme content.

In addition, the effect of the present invention is a warfare simulation training system using AR VR MR for contributing to the improvement of the combat power of the military by solving the problem of individual training time due to the narrow training space and excessive training preparation time in various weapon systems and tactics Can be provided.

In addition, the effect of the present invention is a warfare simulation training system using AR VR MR to reduce the safety accidents caused by the trainee's weapon system training in various weapon systems and tactics, and to reduce the occurrence of civil damage caused by the noise generated during training Can be provided.

In addition, another effect of the present invention is that the trainees can easily train the aiming, shooting, and guidance of guided missiles in weapon systems in various weapon systems and tactics, and do not use actual guided missiles to train shooters, thereby reducing costs. And an engagement simulation training system using AR VR MR to reduce the risk situation.

1 is a diagram illustrating a concept of a training simulation training system using AR VR MR according to a preferred embodiment of the present invention.
2 is a diagram illustrating an engagement simulation training system using AR VR MR according to a preferred embodiment of the present invention.
3 is a diagram illustrating a mission editing unit of an engagement simulation training system using AR VR MR according to an exemplary embodiment of the present invention.
4 is a view illustrating an instructor control unit of an engagement simulation training system using AR VR MR according to an exemplary embodiment of the present invention.
FIG. 5 is a diagram illustrating a situation display unit of an engagement simulation training system using AR VR MR according to an exemplary embodiment of the present invention.
FIG. 6 is a diagram illustrating an engagement simulation unit of an engagement simulation training system using AR VR MR according to an exemplary embodiment of the present invention.
FIG. 7 is a view illustrating a shooting preparation procedure training unit of an engagement simulation training system using AR VR MR according to an exemplary embodiment of the present invention.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be embodied in various different forms, and the present embodiments merely make the disclosure of the present invention complete, and those of ordinary skill in the art to which the present invention belongs It is provided to fully inform the person having the scope of the invention, and the invention is defined only by the scope of the claims. Like reference numerals refer to like elements throughout.

Hereinafter, the present invention will be described with reference to the drawings for explaining an engagement simulation training system using AR VR MR according to embodiments of the present invention.

Engagement simulation training system using the AR VR MR of the present invention, in the simulation training system, the simulation training through the server that stores the program for the simulation training, the database and the server that stores the data required for the simulation training program of the server It includes a display that allows you to set up a program and a motion controller that controls the simulation video output and training through the server, but the motion controller outputs the simulated video and outputs it through VR and the simulation video output through VR. It further includes a remote control to control the training possible according to the VR and the weight system using the remote control.

The weapon system includes any weapon system that can be held by the military, and specifically includes a howitzer that can be trained to fire guided missiles and shells.

The server is a mission editing unit for setting the training scenarios and situations for the simulation training, the instructor control unit capable of anomalously changing and evaluating the set situation of the mission editing unit, and the situation display unit for outputting the images according to the simulation training and the mission. Engagement simulation unit that can be simulated according to the training situation of the editorial department; And a shooting preparation procedure training unit capable of training shooting preparation procedures according to the training situation of the mission editing unit.

The mission editor is a scenario management module for selecting and managing scenarios for simulation training, a training area management module for selecting and managing simulation training locations and regions, and a target management module for selecting and managing targets to be engaged in simulation training. ; And a weather management module capable of selecting and managing weather conditions during simulation training.

Instructor control unit and the training control module capable of controlling and monitoring the simulation training; A target operation module for operating a target according to the simulation training and a weather management module for operating the weather according to the simulation training and a trainee management module for managing trainees trained and trained in the simulation training; And an evaluation management module for evaluating the trainees after the mock training.

The situation display unit includes a battle simulation image module for outputting an image on a display during training of a training simulation and a fire preparation display image module for outputting an image on a display during a training preparation procedure.

Engagement simulator outputs the image of the situation during simulation simulation through the path / warhead flight simulation module that can simulate the warhead direction and path of the howitzer, the guided warfare simulation module that can conduct the guided bullet simulation and the motion controller. It includes a video display module and a control function module for controlling the simulation training situation.

The shooting preparation and training unit is equipped with a launch pad installation training module capable of training the launcher installation of the howitzer, and a drill module equipped with an aimer mounting training module capable of mounting the aimer of the howitzer, and a pit identifier for the howaker. It includes a guided missile training module that can be equipped with drills, and an engagement training module that can confirm the area of launch and the matters to check before launching.

The present invention in the simulation training system,

A server that stores programs for simulation training,

A database storing data necessary for a simulation training program of the server;

A display for setting a program for simulation training through the server;

Including a motion controller for controlling to output the simulation and training video through the server,

The motion controller includes a VR capable of outputting and wearing a simulation training image;

A remote controller for controlling the training according to the simulation training image output through the VR;

It provides an engagement simulation training system using an AR VR MR further comprising a howitzer that can be trained to bombard guided missiles and shells using the VR and the remote control.

In another aspect, the server is a task editing unit for setting the training scenarios and situations for the simulation training;

An instructor control unit capable of anomalously changing and evaluating the set situation of the mission editing unit;

A situation display unit which outputs the image according to the simulation training to the outside;

Engagement simulation unit that can be simulated according to the training situation of the mission editing unit; And a shooting preparation procedure training unit capable of shooting preparation procedure training according to the training situation of the mission editing unit.

The present invention also includes a scenario management module capable of selecting and managing scenarios for the simulation training of the task editing unit;

A training area management module for selecting and managing a simulation training place and area;

Target management module that can select and manage the target to be engaged in the simulation training; And it provides a simulation simulation training system using the AR VR MR, characterized in that it includes a weather management module that can select and manage the weather conditions during the simulation training.

In addition, the present invention, the instructor control unit and a training control module that can control and monitor the simulation training; A target operation module for operating a target according to the simulation training;

Weather management module for operating the weather according to the simulation training;

A trainee management module for managing trainees trained and trained in mock training; And an evaluation management module 125 for evaluating the trainees after the simulation training.

In another aspect, the present invention, the situation display unit and a warfare simulation display module for outputting an image on the display during the training of the war simulation; The present invention provides a training simulation training system using AR VR MR, which includes a shooting preparation training exhibition video module for outputting an image on a display during training.

In another aspect, the present invention is the warfare simulation unit includes a path / warhead flight simulation module that can be simulated training to determine the warhead direction and the path of the howitzer;

A guided missile simulation module capable of simulated guided missile training;

An image display module capable of outputting a simulated war situation as an image through the motion controller; And it provides a simulation simulation training system using AR VR MR, characterized in that it comprises a control function module for controlling the simulation training situation.

In another aspect, the present invention, the shooting preparation procedure training unit and a launch pad installation training module capable of training the launch pad installation of howitzer;

Aimator mounting training module capable of training the aimer mounting of the howitzer;

A training module equipped with a pia identifier for training the pia identifier of the howitzer;

The present invention provides a simulated warfare training system using AR VR MR, which includes a guided missile training module capable of mounting missiles equipped with a howitzer and a combat training module capable of checking the firing area and confirming matters to be checked before firing.

1 is a view showing a concept of a simulation simulation training system using an AR VR MR according to a preferred embodiment of the present invention, Figure 2 is a diagram illustrating a training simulation training system using an AR VR MR according to a preferred embodiment of the present invention. 3 is a diagram illustrating a mission editing unit of an engagement simulation training system using AR VR MR according to an exemplary embodiment of the present invention.

FIG. 4 is a view illustrating an instructor control unit of an engagement simulation training system using an AR VR MR according to an exemplary embodiment of the present invention, and FIG. 5 is an example of an engagement simulation training system using an AR VR MR according to an exemplary embodiment of the present invention. 6 is a view illustrating a situation display unit, and FIG. 6 is a diagram illustrating an engagement simulation unit of an engagement simulation training system using an AR VR MR according to a preferred embodiment of the present invention.

FIG. 7 is a view illustrating a shooting preparation procedure training unit of an engagement simulation training system using AR VR MR according to an exemplary embodiment of the present invention.

The simulation training system 1 according to the present invention includes a server 100 in which a program for simulation training is stored, a database 200 in which data necessary for a simulation training program of the server 100 is stored, and the server 100. It includes a display 400 to set the program for the simulation training through, and the motion controller 300 for controlling to enable the simulation image output and training through the server 100.

When the simulation training system 1 sets the training to be educated through the server 100 through the display 400, data about the corresponding training is transmitted through the database 200 so that the training can proceed. , The trainee is to wear the motion controller 300 to check the output received the training image, to enable the simulation training according to the image.

The motion controller 300 is a VR 310 capable of outputting and wearing a simulation training image, and a remote controller 320 and the VR 310 for controlling the training according to the simulation training image output through the VR 310. And a howitzer 330 that can be trained to bombard guided missiles and shells using the remote controller 320.

The howitzer 330 may be a training procedure using the VR 310 and the remote controller 320 to conduct the simulation simulation of the engagement simulation unit 140 and the shooting preparation procedure training unit 150 in the server 100. It is formed to be.

The display 400 may collectively refer to all equipment capable of outputting an image and may be various imaging equipment such as a mobile phone, a monitor, a TV, a beam projector, a pad, and the like.

The server 100 is a mission editing unit 110 for setting a training scenario and the situation for the simulation training and the instructor control unit 120 capable of anomalously changing and evaluating the set situation of the task editing unit 110, and the simulation training The situation display unit 130 for outputting the image according to the outside, the simulation simulation unit 140 capable of mock engagement according to the training situation of the mission editing unit 110, and the shooting according to the training situation of the mission editing unit 110 Preparation preparation training includes a shooting preparation procedure training unit 150.

The mission editing unit 110 includes a scenario management module 111 capable of selecting and managing scenarios for mock training, a training area management module 112 for selecting and managing mock training locations and regions, and targets for engagement during mock training. It includes a target management module 113 that can be selected and managed and the weather management module 114 that can select and manage the weather conditions during simulation training.

The scenario management module 111 may select an exhibition situation scenario according to the training form or method that the educator wants to train the trainees during the simulation training, and the scenario may store various exhibition situations in the database 200 and set the server 100. Data can be transferred.

In addition, the scenario management module 111 additionally produces a scenario according to the exhibition situation. The scenario creation module may be further included to enable modification or upgrade.

The training area management module 112 may select a training area according to the training place or terrain that the educator wants to train the trainees during the simulation training.

The training place may be a variety of regions (U.S., Japan, China, Gangwon-do, Sejong City and Blue House, etc.), terrain (mountains, sea, river, etc.), places (towns, historic sites, facilities, etc.) Can be set to Fleet Land, Ground to Air, Air to Ground, Fleet Fleet, Fleet Air, and Zone.

The training place is stored in the database 200, and the data can be transmitted to the server 100 at the time of setting.

In addition, the training area management module 112 may further include a training area production module that can be added or upgraded by building a new terrain that does not exist by making a terrain suitable for a training situation or scenario.

The target management module 113 is a specific point, area, object, etc. to which firepower is oriented in the actual battle or practice all the personnel, materials, features, reference points, etc. that can be attacked by the educator to train the trainee during the simulation training. You can choose the target.

The weather management module 114 may select the weather environment that the educator wants to train the trainees during the simulation training.

The meteorological environment may set the wind direction, wind speed, temperature, humidity, and the like, and may select the weather and the season.

In addition, the task editing unit 110 may input a scenario name and select a training time. The training time can be expressed in hours, minutes, days, and morning afternoons.

It is desirable to select training terrain and weather, and to select training difficulty so that training can be made according to the student's competence or rank.

Instructor control unit 120 is a training control module 121 that can control and monitor the simulation training, the target operation module 122 for operating the target according to the simulation training, the weather management module for operating the weather according to the simulation training 123 ), A trainee management module 124 for managing trainees trained and trained in the simulation training, and an evaluation management module 125 for evaluating trainees after the simulation training.

The training control module 121, during the simulation training, the educator can confirm the training situation to the trainees, and can control the wrong direction or situation during training. Or training can be delivered to the trainees can be operated according to the training scenario, the situation can be set and the situation instructions.

In addition, educators can monitor students' training methods, attitudes and situations.

In the target operation module 122, the educator can train the trainees to select the number and type of targets selected in the target management module 113 or adjust the targets in various patterns such as adding and deleting targets. It is possible to set.

The meteorological operation module 123 may be set to enable the educator to adjust and operate the weather environment selected by the meteorological management module 114 in various patterns according to the training situation or scenario to trainees.

The trainee management module 124 is to enable the educator to manage the training attitude and training status of the trainees during the simulation training.

In addition, the training control module 121 and the evaluation management module 125 monitors the trainees and stores the trainees' training attitude and training acquisition ability in the database 200 through evaluation of the mock training and compares the stored data. A comparative analysis module may be further included to manage the training status of the trainees through the comparative analysis data.

In the evaluation management module 125, the educator can evaluate by evaluating the trainees' training status, participation, learning ability, etc. during the simulation training.

In addition, the evaluation item may be changed according to the simulation training form and the exhibition scenario, which is stored through the database 200, and can be compared to each training training to grasp the trainees' training acquisition ability and necessary parts.

The situation display unit 130 is a training simulation display module 131 for outputting the image to the display 400 during the training simulation training shooting preparation training display module for outputting the image to the display 400 during the training training procedure ( 132).

Engagement simulation unit 140 is a path / warhead flight simulation module 141 capable of mock engagement training to determine the warhead direction and path, etc. of the howitzer, guided ballistic simulation module 142 capable of guided missile engagement training, and the The motion controller 300 includes an image display module 143 capable of outputting the simulation training situation as an image and a control function module 144 for controlling the simulation training situation.

The path / warhead flight simulation module 141 enables simulation training to determine the warhead direction and path of the howitzer.

The warhead direction and path of the howitzer predicts the warhead direction and path according to the training area set in the training area management module 112. Predict the warhead direction and path by grasping the position, speed, and direction of the target set in the target operation module 122, and the wind direction, wind speed, temperature, humidity, etc. according to the weather situation set in the meteorological operation module 123. By predicting and predicting warhead directions and paths, it is possible to train a warfare simulation target.

The guided missile simulation module 142 modifies the speed and direction of the missile to enable simulation training to reach and hit the target.

With the devices equivalent to the trainees' senses, nerves, and brains, it is possible to train them to hit the target by modifying the speed and direction after the shot from the ground, the ship, and the weather.

The image display module 143 outputs an image to the outside through the display 400 during training through the path / warhead flight simulation module 141 and the guided ballistic simulation module 142 so that the educator can monitor the training status of the trainer. To be able.

The control function module 144 monitors the training situation of the trainees through the image display module 143 and controls various weather conditions such as setting of a weather change, a target, or a scenario change according to the training situation. To be able.

In addition, the warfare simulation unit 140 may further include an interceptor simulation module capable of intercepting the enemy's guided missiles and warheads, and the interceptor simulation module detects the radar guided missiles fired from the enemy camp. Simulate training, interceptor training to intercept the perceived guided missiles, and the like can be further formed.

Shooting preparation procedure training unit 150 is a launch pad installation training module 151 capable of installing the launch pad of the howitzer, a collimator mounting training module 152 capable of training the aimer installation of the howitzer, and the pit identifier of the howitzer Possible PIA identifier training module 153, and guided missile training module 154 capable of mounting guided missiles of the howitzer, and engagement training module 155 capable of confirming the area to be checked and the matter to check before launching.

By applying AR and motion recognition technology to improve the maneuverability, various training methods are possible through the operation theme contents, and to solve the problem of lack of individual practice time due to the narrow training factory and excessive training preparation time, will be.

In addition, it aims to reduce the safety accidents caused by the trainee's weapon system, and to reduce the incidence of damage caused by the noise generated during training, and can easily train the aiming, shooting, and guided missiles. This is to reduce cost and risk situation by not using actual grenade.

Those skilled in the art will appreciate that the present invention can be embodied in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive. The scope of the present invention is indicated by the scope of the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and the equivalent concept are included in the scope of the present invention. Should be interpreted. In addition, the order of operation of the components described in the above-described process is not necessarily performed in a time-series order, even if the order of execution of each configuration and step is changed, if such process is within the scope of the present invention. Of course it can.

100: server 200: database
300: motion controller 310: VR
320: remote control 330: howitzer
400: display

Claims (4)

In the simulation training system,
A server that stores programs for simulation training,
A database storing data necessary for a simulation training program of the server;
A display for setting a program for simulation training through the server;
Including a motion controller for controlling to output the simulation and training video through the server,
The motion controller is a VR that can output and wear the simulation training image;
A remote controller for controlling the training according to the simulation training image output through the VR;
Engagement simulation training system using an AR VR MR further comprises a howitzer that can be trained to bombard guided missiles and shells using the VR and the remote control.
The method of claim 1,
The server includes a task editing unit for setting a training scenario and situation for the simulation training;
An instructor control unit capable of anomalously changing and evaluating the set situation of the mission editing unit;
A situation display unit which outputs the image according to the simulation training to the outside;
Engagement simulation unit that can be simulated according to the training situation of the mission editing unit; And a shooting preparation procedure training unit capable of shooting preparation procedure training according to a training situation of the mission editing unit.
The method of claim 2,
The task editing unit includes a scenario management module capable of selecting and managing scenarios for simulation training;
A training area management module for selecting and managing a simulation training place and area;
Target management module that can select and manage the target to be engaged in the simulation training; And a simulated weather management module capable of selecting and managing a weather condition during the simulation training.
The method of claim 2,
The instructor control unit and a training control module capable of controlling and monitoring the simulation training; A target operation module for operating a target according to the simulation training;
Weather management module for operating the weather according to the simulation training;
A trainee management module for managing trainees trained and trained in mock training; And an simulation simulation training system using AR VR MR, characterized in that it includes an evaluation management module 125 for evaluating the trainees after the simulation training.

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