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Testability Modeling for 1553B Bus System Based on Multi-Signal Flow Graph

机译:基于多信号流图的1553B总线系统可测试性建模

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摘要

For the problem of 1553B bus system testability modeling which has the character of bidirectional information transmission, to put forward a method of testability modeling for 1553B bus system based on multi-signal flow graph. On the basis of analyzing the bus topology, information transmission mechanism and fault mode of 1553B bus, to construct the multi-signal flow graph model of 1553B bus system by modeling of bi-redundancy bus structure, multi-dimension function attribute definition, multi-work mode and test item definition. Finally, by analyzing of an example, it proved the effectiveness of this 1553B multi-signal flow graph constructed in this paper.
机译:针对具有双向信息传输特性的1553B总线系统可测试性建模问题,提出了一种基于多信号流图的1553B总线系统可测试性建模方法。在分析总线1553B总线拓扑结构,信息传输机制和故障模式的基础上,通过对双冗余总线结构,多维函数属性定义,多维度建模,建立1553B总线系统的多信号流程图模型。工作模式和测试项目定义。最后,通过实例分析,验证了本文构建的1553B多信号流图的有效性。

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