Email this article A New Enhanced Technique for Identify Node Failure With Optimal Path In Network
Abstract
We examine the skill of limiting node failures in communication networks from binary states of end-to-end paths. Specified a set of nodes of curiosity, inimitably localizing failures within this set necessitates that un a like apparent path states secondary with different node failure events. Though, this disorder is tough to test on large networks due to the necessity to compute all thinkable node failures. Our first input is a set of appropriate/compulsory conditions for detecting a bounded number of letdowns within a random node set that can be verified in polynomial time. In adding to network topology and locations of monitors, our circumstances also join constraints compulsory by the searching device used. Both measures can be rehabilitated into purposes of a per-node stuff, which can be calculated professionally based on the above enough/essential circumstances.
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Liang Ma, Member, IEEE, Ting He, Senior Member, IEEE, Ananthram Swami, Fellow, IEEE, Don Towsley, Fellow, IEEE, ACM, and Kin K. Leung, Fellow, IEEE, ACM, Network Capability in Localizing Node Failures via End-to-End Path Measurements, 2017.
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