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Dynamic Reliability Analysis Model for Fault-tolerant Network Routing ∗

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The appropriate selection of redundant routing paths to promote fault-tolerant capability is a key issue for enhancing reliability of routing algorithms. In this paper it is a dynamic reliability analysis model that presented for fault-tolerant routing algorithms. Through theoretical analysis, the direct relationship between rout- ing and its dynamic reliability is established. Through this model it can effectively assess the performance of existing fault-tolerant routing algorithms which provides an effi- cient model for the routing algorithm design.

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The appropriate selection of redundant routing paths to promote fault-tolerant capability is a key issue for enhancing reliability of routing algorithms. In this paper it is a dynamic reliability analysis model that presented for fault-tolerant routing algorithms. Through theoretical analysis, the direct relationship between rout- ing and its dynamic reliability is established. Through this model it can effectively assess the performance of existing fault-tolerant routing algorithms which provides an effi- cient model for the routing algorithm design.

Keywords

Multipath routingStatic routingComputer scienceReliability (semiconductor)Routing (electronic design automation)Link-state routing protocolPolicy-based routingDynamic Source Routing

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