Dynamic Reliability Modeling and Analysis of Isomorphic Redundant Hot Standby Display and Control System
For manned repairable redundant display and control systems,traditional static reliability modeling and analysis methods tend to overlook the impact of maintainability and testability on system reliability.This article combines practical projects and uses dynamic modeling analysis method to model and simulate a manned isomorphic dual redundant hot standby display and control system.It analyzes the impact of fault detection coverage,maintenance rate,and common cause failure rate on the reliability of the hot standby display and control system.Simulation analysis shows that improving fault detection coverage,selecting moderate maintenance rates,and reducing software and hardware common cause failure rates can further enhance the reliability of redundant systems.
dual redundant hot standby display and control systemfault detection coveragemaintenance ratecommon cause failure rate
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