摘要
状态转移时间值的大小主要由测试准备时间、因部件失效或故障而引起的维修时间等决定的。文中以完成状态转移的贮存导弹为研究对象，提出了基于贮存可靠性的状态转移时间概念，建立了基于多层次PERT-Peru网的状态转移模型，用该模型描述和仿真贮存导弹状态转移流程，利用仿真算法计算了导弹武器作战效能评估的重要参数之———基于贮存可靠性的状态转移时间。
Value of the state transition time is determined by preparation time for test, maintenance time for failures of components, and so on. In this paper, missiles experiencing state transition were analyzed, and on the basis of that, a new concept of storage-reliability-based state transition time model was proposed. In addition, a state transition model was established based on the multi-level PEPT-Petri model, by which, the State transition process of stored missiles would be described and simulated. And, by means of simulation calculation, the storage-reliability-based state transition time model was calculated. The time model is one of the important parameters in combat effectiveness analysis.
出处
《海军航空工程学院学报》
2009年第1期13-16,共4页
Journal of Naval Aeronautical and Astronautical University
