电子武器装备机理模型建模方法的比较

电子武器装备机理模型建立,有电路原理、面向信号流程、操作现象与逻辑等3种方法.电路原理建模的解算依据是基于霍夫定律等,适用于生产厂家在装备设计初期对电路性能分析检验.面向信号流程图建模通过专家将装备抽象总结,适合于面向装备的模拟训练系统机理模型设计.操作现象与逻辑模型则从顶层着手,是将装备操作面板不同操作响应尽量表达,完全绕开装备内部各种信号电气关系,对于大型电子装备实现难度较大.

Comparing Mechanism Modeling Methods of Electronic Weapon Equipment

The mechanism modeling methods of electronic weapon equipment includes circuit principle, signal oriented process, and operation phenomena and logic. The circuit principle modeling is based on the Hall law, and is propitious to the circuit performance analysis checkout for factory in early stage of equipment design. The signal oriented process chart is modeled by experts summarizing equipment, and is propitious to mechanism model design of equipment oriented simulation training system. Operation phenomena and logic model carries out from the top level. It expresses different operation callings of equipment operation panel. And it can not contact with the internal signal electric relationship. So, it is hard to realize for the large-scale electronic equipment.