The study of scale-free network in my paper can be substantially divided into three closely related and deeply penetrate sides:quantified the statistical properties of the network through empirical; building the corresponding network model to explain the nature of these statistics properties; predicted the failure-resistant capability of the network based on the known topology and the
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Research in scale-free network is seeping in the mathematical,life sciences, engineering and many other different domains.Scientific understanding of quantitative and qualitative for scale-free network becomes an important challenging topic in scientific research in network time.In the study of scale-free network,the evolving model of scale-free network always becomes the key point and hot spot. The goal
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In recent years, some big blackouts occurred in many countries around the world have brought tremendous damages. Such catastrophic events were usually caused by cascading tripping of some power system devices(cascading failure ).So, studies on the mechanism of cascading failure and preventive approaches to avoid blackouts in power systems had become an important hot topic.This
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The traditional transmission mode of electric power production information is drawing, report form, instruction, which is time-consuming and strenuous. Any segment lagged behind or error will cause accident and great economic losses. In the situation that crisscross electric wire netting, huge quantity of the electric equipment and electric wire netting information, urban road and building
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Due to the evolution of modern battle styles, especially the local warfare after 90′s of last century, logistic support networks become more and more important, and the ability and quality of logistic support become key factors that decide the success of modern battles. At the same time, the logistic support networks are the focus of
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