考虑维修能力的可修系统任务可靠性建模与评估

Fang Liu, B. Guo, Jianyin Zhao
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引用次数: 1

摘要

可修系统的任务可靠性不仅取决于系统的任务可靠性和能力,还取决于整个任务期间的维护能力。任务成功完成概率是重要的性能指标之一。对于具有多种子任务的复杂任务,其成功概率与每个子任务的准备和执行时间、工作现场的维护条件和成功要求有关。提交任务工作现场的维修条件主要包括更换和维修故障部件。根据这些不同的维护条件,我们将所有提交任务分为三类。通过分析各提交任务准备期和执行期的状态转换,提出了考虑维修能力的可修系统混合多任务成功概率的可靠性模型。给出了一个简单的例子来说明该模型的应用
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Mission dependability modeling and evaluation of repairable systems considering maintenance capacity
The mission dependability of repairable systems not only depends on mission reliability and capacity of the system, but also the maintenance capacity during the whole mission. The probability of mission successful completion is one of the important performance measures. For the complex mission that has many sub-missions of kinds, its success probability is associated with the ready and execution duration, maintenance conditions in the working field and success requirements of each sub-mission. Maintenance conditions in the sub-mission working field mainly include replacement and repair of the failed components. According to these different maintenance conditions, we classify all sub-mission into three classes. By analyzing the state transition during the ready period and execution period of each sub-mission, this paper presents a dependability model to evaluate the probability of mixed multi-mission success of repairable systems considering maintenance capacity. A simple example is provided to show the application of the model
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