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Method of Reliability Block Diagram Visualization and Automated Construction of Technical System Operability Condition

机译:可靠性框图可视化和技术系统可操作性条件的自动构建方法

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This paper describes the method of reliability block diagram visualization and automated construction of technical system operability condition, which is based on the reliability block diagram analysis with splitting into segments. The developed method includes RBD traversal to examine the topology of the diagram with subsequent identification of scheme's elements connection type for further construction of a technical system working condition. To verify the correctness of the developed method of automated construction of the operability condition of technical systems, the comparison of its results with the operability condition obtained using the recursive algorithm was carried out. The performance of the implemented software was studied as well using parallel and sequential combinations with different number of modules in the diagram. When the number of modules is 200, the performance of the developed method is higher about 25% comparing to the recursive algorithm.
机译:本文介绍了可靠性框图可视化和自动构建技术系统可操作性条件的方法,这是基于可靠性框图分析,分裂到段中。开发方法包括RBD遍历,以检查图的拓扑,随后识别方案的元素连接类型,以进一步构建技术系统工作条件。为了验证技术系统可操作性条件的开发方法的正确性,执行了与使用递归算法获得的可操作性条件的结果进行比较。研究了所实现的软件的性能,并使用并行和顺序组合,在图中具有不同数量的模块。当模块数为200时,与递归算法相比,开发方法的性能较高约25%。

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