使用二元决策图(bdd)进行可靠性评估

S. A. Doyle, J. Dugan
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引用次数: 64

摘要

提出了DREDD(使用决策图的可靠性和风险评估)算法,该算法将覆盖建模集成到组合模型的BDD解决方案中。bdd不使用切割集来产生系统不可靠性,可用于找到超大型系统的精确解决方案。DREDD算法利用了BDD求解方法的效率,并通过考虑不完全覆盖提高了组合模型的精度。组合模型的有用性,长期以来因其逻辑结构和简洁的表示形式而受到赞赏,被扩展到包括许多容错系统,这些系统以前被认为需要更复杂的分析技术才能包括覆盖建模。在。本文提出了DREDD方法,并将其应用于F18飞行控制系统和容错多级互连网络两个样本系统的分析。
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Dependability assessment using binary decision diagrams (BDDs)
Presents the DREDD (Dependability and Risk Evaluation using Decision Diagrams) algorithm which incorporates coverage modeling into a BDD solution of a combinatorial model. BDDs, which do not use cutsets to generate system unreliability, can be used to find exact solutions for extremely large systems. The DREDD algorithm takes advantage of the efficiency of the BDD solution approach and increases the accuracy of a combinatorial model by including consideration of imperfect coverage. The usefulness of combinatorial models, long appreciated for their logical structure and concise representational form, is extended to include many fault-tolerant systems previously thought to require more complicated analysis techniques in order to include coverage modeling. In. This paper, the DREDD approach is presented and applied to the analysis of two sample systems, the F18 flight control system and a fault-tolerant multistage interconnection network.<>
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