Complex method of comprehensively evaluation and fault diagnosis in gun control system based on fuzzy reasoning
Aiming at the character and difficulty of comprehensively evaluation and fault diagnosis in gun control system, based on fuzzy analytic hierarchy process(F-AHP), the evaluating indicator architecture is established. Membership functions of voltage signal, current signal, flux signal, and I/O signal are proposed, and the weight of each quality is calculated. Based on the difference weight and fuzzy mathematic theory, the process of fault diagnosis is optimized, at the same time the performance is evaluated. Finally, the system is applied successfully in practice.