基于ARM+WinCE的某自行火炮火控系统模拟训练与考核系统设计与实现

Design of Self-Propelled Gun Fire Control System Virtual Training and Testing System Based on WinCE and ARM

摘要:

针对实装训练带来的数量不足、组织难度大、综合成本高等现实问题,构建了一套基于“ARM+WinCE”的自行火炮火控系统模拟训练设备;以ARM集成控制板为基础,设计了集信号采集与处理,计算、控制等功能于一体的火控系统基本电路；设计了基于WinCE、DSP、XML故障诊断硬件与软件,使得系统具有操作使用、理论与操作考核、故障诊断等功能;应用证明该模拟训练系统运行稳定可靠,极大提升了装备训练的效益。

Abstract:

In order to solve the problem of quantity insufficiency, the group is difficult and the comprehensive cost higher, building a set of self-propelled gun fire control system virtual training and testing system based on "ARM + WinCE". designing integrates signal acquisition and processing, computing, control, and other functions in one of the basic circuit of fire control system based on ARM; Design hardware and software of fault diagnosis based on the WinCE, DSP, XML, bring up the operation system, the theory and operation evaluation, fault diagnosis, etc. Practice proves that the simulation training system is stable and reliable operation, greatly improved the benefit of the equipment training.