Many military powerful countries have started the works on active protection systems for armored vehicle so that the survivability of armored vehicles will be improved on the battlefield.

装甲车辆主动防护系统为提高其在战场上的生存能力提供了重要的保障,许多军事强国都对其展开积极的研究。

On the basis of the development of armored vehicle electronic integration technology domain, aiming at the lower automatization level of domestic technology in the control system for armored vehicle, this paper introduces a control system based on CAN for it.

本文根据作战车辆综合电子技术的实际情况，针对目前我国作战车辆信息化水平相对较低的现状，提出了一种基于CAN总线的作战车辆综合电子信息系统的解决方案。

This thesis combines the teaching request in current armored vehicle starting device experiment in the army, analyzes and compares the related questions of Web3D technology in developing and making virtual experiment from the perspectives of theory, technology and practice.

本文结合当前军队装甲车辆起动装置实验的教学要求,从理论、技术、实践三个层面深入分析和比较了Web3D技术在虚拟实验开发和制作的相关问题。