Performance analysis of network connective probability of multihop network under correlated breakage
Shigeki Shiokawa, Iwao Sasase · 2002
One of important properties of a multihop network is the network connective probability which evaluate the connectivity of the network. The network connective probability is defined as the probability that when some nodes are broken, the rest of the nodes connect each other. Multihop networks are classified as a regular network whose link assignment is regular and a random network whose link assignment is random. It has been shown that the network connective probability of a regular network is larger than that of a random network. However, all of these results is shown under independent node breakage. We analyze the network connective probability of multihop networks under correlated node breakage. It is shown that a regular network has a better performance of the network connective probability than a random network under independent breakage, on the other hand, a random network has a better performance than a regular network under correlated breakage.