为了提高车载火炮系统射击稳定性，基于动力学仿真和优化方法进行后坐稳定性和复进稳定性优化研究。
In order to improve firing stability of truck-mounted gun system, based on dynamic simulation and optimization method, stability optimization study of recoil and counter-recoil is performed.
它们是由功能相互关联的武器系统、车载设备、自动化指挥设备、综合保障设备等构成的自行火炮综合体。
They are self-propelled gun integrated systems consisted of weapon system, vehicle-mounted equipments, automatic command equipments, integrated support equipments and so on.
车载通信系统使火炮系统能够被连接到火炮连或营的C4ISR网络之内用于信息分享，自动化指挥和控制。
The onboard communication system enables the artillery system to be connected into the C4ISR network of an artillery company or battalion for information sharing and automated command and control.
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