Armored vehicle training management system and apparatus thereof

Abstract

The invention provides an armored vehicle training management system. A method of the system comprises the following steps: (1) when training starts, using a video acquisition device to collect driver operation image information and armored vehicle gun-pointing image information in an armored vehicle, and sending the information to a command center in real time through wireless transmission; (2) reading corresponding user information from a database of the command center, carrying out voice communication with a driver in real time, and correcting a driver operation; (3) carrying out marking according to driver real-time operation information and inputting a remark; (4) when the training is finished, integrating marking, obtaining a final result, and storing image information and a marking record for inquiring. According to the system, a driver error can be corrected at any time, and training quality is improved.

Description

technical field [0001] The invention relates to armored vehicle equipment, in particular to an armored vehicle training management system and its device. Background technique [0002] With the development of modern information warfare, both the enemy and the enemy on the battlefield have higher and higher requirements for "precision strikes". For mechanized troops, "first hit" is the key to determining the survival of the battlefield. At present, due to the constraints of training conditions, the armored mechanized units have relatively little time for real-vehicle and live-ammunition training and limited training support. It is difficult to train an excellent shooter in a short period of time. Since the training time of real vehicles and live ammunition is relatively small, the quality of single training sessions should be improved. But at present, in the process of organizing bicycle coaches and combat shooting training, the commander only commands and controls the combat...

AI Technical Summary

Problems solved by technology

[0003] One is that the commander can only see the movement of the car but cannot see the situation inside the car, so effective monitoring cannot be achieved

In the usual live ammunition shooting training, the commander can only evaluate the operational skill level of the crew through the shooting results, mainly based on experience and inference, and lacks the pertinence and accuracy of the commentary

[0004] The second is that the shooter cannot accurately understand his shooting action

In the process of live ammunition shooting, the shooter's attention is highly concentrated and tense, and he cannot realize his wrong shooting action and cannot correct the wrong action in time, which affects the quality of shooting training

[0005] The third is real vehicle live ammunition training, the safety factor is small

Only seeing the car in motion but not the situation inside the car can not be effectively monitored; only know the training results but not the operation process, so it is difficult to form a scientific evaluation; only "pure consumption" input can not do "information embedding "style" efficiency enhancement, the bottleneck of the inability to leapfrog the combat effectiveness, seriously hampered the improvement of the shooting skills of the armored mechanized troops.