Toward the fault identification method for diagnosing strongly t-diagnosable systems under the PMC model
Tzu-Liang Kung, Hsing‐Chung Chen · International Journal of Communication Networks and Distributed Systems · 2015
System-level diagnosis is a crucial subject for maintaining the reliability of interconnected systems. Based on the classical notion of one-step diagnosability, strong and conditional diagnosabilities are proposed to reflect a systems' self-diagnostic capability under more realistic assumptions. Zhu et al. (2014) studied the strong networks, which are n-regular and (n - 1)-connected, and in which any two nodes share at most n - 3 common neighbours, and then they proved that a t-regular strong network is strongly t-diagnosable if and only if its conditional diagnosability is greater than t. In this paper, a fault identification algorithm is proposed to diagnose strongly t-diagnosable strong networks under the PMC model.