基于定性与定量方法集成的电路故障模式仿真

Failure Mode Simulation for Electrocircuit Based on Integration of Qualitative Reasoning and Quantitative Analysis

针对导弹测发控系统在导弹武器系统的重要地位与故障多发性特点,考虑到定性、定量方法各自的优缺点以及测发控系统控制电路主要组成,将定性推理与定量分析方法集成应用于电路故障模式仿真,给出了集成仿真算法步骤,对集成仿真平台总体框架进行设计,并给出了系统的模块化设计以及软件实现方法,从而为准确、有效地实现导弹测发控系统故障模式分析提供方法。

In allusion to the fact that the vital important of the missile test-launch-control system in missile weapon, which has the features of fault repeatedly happened, whereas, considering both merits and demerits of qualitative/ quantitative analysis methods and the main construction of control electrocircuit in the missile test-launch-control system, a method of failure mode simulation for electrocircuit based on integration of qualitative reasoning and quantitative analysis is brought forward. The steps of integration simulation algorithm is proposed, the overall frame of integration simulation platform is designed, and the design of system modularization and the method of software implemented are discussed, which supply the precise and effective methods for the failure mode analysis of the missile test-launch-control system.