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Performability analysis of multi-state sliding window systems

机译:多状态滑动窗口系统的性能分析

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This paper models and evaluates the performability of a sliding window system (SWS) with multi-state components. Different components may have different numbers of states, characterized by state probability and performance rate distributions. Multiple consecutive components form groups with identical or different sizes. The accumulation (sum) of performance rates of components within the same group defines the group performance; the minimum of the group performance defines the system performance. The performability of an SWS is concerned with the probability that the system performs at a particular system performance. In this paper, a multi-valued decision diagram (MDD)-based analytical approach is proposed for the performability analysis of SWSs. The approach encompasses a compact system MDD generation based on the group MDD generation and combination, and evaluation of the resultant MDD model to obtain the system performability measures. Case studies are performed to demonstrate the proposed MDD approach as well as effects of component allocation on the system performability.
机译:本文模型和评估了用多状态分量的滑动窗系统(SWS)的可操作性。不同的组件可以具有不同数量的状态,其特征在于状态概率和性能分布。多个连续组件形成具有相同或不同尺寸的组。同一组内的组件的性能率的累积(总和)定义了组性能;组性能的最小值定义了系统性能。 SWS的可执行性涉及系统在特定系统性能下执行的概率。本文提出了一种多价决策图(MDD)的分析方法,用于SWSS的性能分析。该方法包括基于组MDD生成和组合的紧凑型系统MDD生成,并评估所得到的MDD模型,以获得系统的性能测量。进行案例研究以展示所提出的MDD方法以及组件分配对系统绩效的影响。

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