A Multiplayer Shooting Simulation Training System Based on Precise Position Tracking

Abstract

A multi-user shooting simulative training system based on accurate position tracking comprises a training control platform, simulative firearms, a space positioning device, a display device and a loudspeaker box. The training control platform comprises a training scene management module, a training process management module, a training monitoring management module and a shooting performance evaluation module. The shooting performance evaluation module judges whether a target is shot or not by utilization of environmental parameters combined with a bullet flying model; the space positioning device conducts two-dimensional scanning by utilization of a plurality of laser positioning stations, positioning sensing devices are fixed to key portions of the simulative firearms and training staff, and accordingly corresponding positions and facing directions are obtained; and the training scene management module can be used for generating multi-user confronting scenes. The multi-user shooting simulative training system has the advantages that the training mode is flexible, and a user-user confronting mode and a user-machine confronting mode are provided; positioning is accurate, and target hitting judgment when multiple users shoot simultaneously is achieved; and the simulation degree is high, the environment and the ballistic flight process are introduced, the building cost is low, and the safety is high.

Description

technical field [0001] The present invention relates to a multi-person shooting simulation training system, in particular to a multi-person shooting simulation training system based on accurate position tracking, especially for accurate position tracking of simulated firearms and training personnel. Background technique [0002] Traditional shooting training needs to organize personnel to shoot live ammunition. First, the training site is demanding and the cost is high. Second, the training subjects are single, which makes it difficult to adapt to the requirements of modern combat for military training. Simply introducing shooting training requirements in the form of multimedia courseware lacks the support of the training environment and cannot simulate actual combat, so the training effect is limited. [0003] Using virtual reality technology, use computer to generate virtual training environment and shooting targets, replace live ammunition shooting with virtual shooting, ...

AI Technical Summary

Problems solved by technology

[0004] However, optical shooting such as lasers in this patent is only suitable for direct shooting weapons, and cannot be simulated for indirect shooting weapons such as mortars.

Moreover, for self-aiming shooting weapons, it is impossible to simulate the influence of the environment on bullets. For example, wind speed and direction will have an impact on the movement of bullets, while laser shooting can only simulate straight lines

In addition, this patent can only perform unilateral simulation, and cannot perform simulated confrontation. In particular, it cannot perform multi-party simulated confrontation training. Therefore, the effect of its use is quite different from the actual training, and the effect is not good.

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