Reliability Allocation of Seafloor Observation Network by Using Monte Carlo Method

Cheng Fan; Xue Jun Zhou; Xi Chen Wang

doi:10.4028/www.scientific.net/AMR.926-930.1997

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Reliability Allocation of Seafloor Observation Network by Using Monte Carlo Method

Abstract:

Seafloor observation network provides limited opportunity for repair due to the atrocious weather on the sea. As a result, reasonable reliability allocation methods are required to assure the network is sufficiently reliable during expected years. In this thesis, betweenness is used for evaluating the importance of component based on binary search algorithm, and residual connectedness reliability is calculated according to Monte Carlo method to avoid combinatorial explosion. This method is applied on meshed seafloor observation network to obtain satisfying reliability allocation for backbone nodes. Further, the relationship between nodes reliability allocation and residual connectedness reliability is discussed, on the basis of which certain suggestions for network improvement are proposed.