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An entropy theory based large-scale network survivability measurement model

机译:基于熵理论的大规模网络生存能力测量模型

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Survivability is a key attribute to measure large-scale network security and has become a hot research issue. Large-scale network is a complex system, which has the typical survivability characteristics of complex system. The current network survivability studies usually aim for a specific aspect of network. In this paper, we attempt to study the survivability of large-scale network based on the characteristics of complex system. Firstly, the concepts and features of large-scale network survivability are described. Secondly, the definition and process of large-scale network survivability are proposed based upon the information entropy theory. Thirdly, the distance and time measurement of large-scale network survivability are proposed to measure the degree of large-scale network survivability. Finally, the proposed model are validated to accurately measure large-scale network survivability through case studies.
机译:生存能力是衡量大规模网络安全性的关键属性,已成为研究的热点。大型网络是一个复杂的系统,具有复杂系统的典型生存能力特征。当前的网络生存能力研究通常针对网络的特定方面。本文试图根据复杂系统的特点研究大规模网络的生存能力。首先,描述了大规模网络生存能力的概念和特征。其次,基于信息熵理论,提出了大规模网络生存能力的定义和过程。第三,提出了大规模网络生存能力的距离和时间度量,以衡量大规模网络生存能力的程度。最后,通过案例研究验证了所提出的模型可以准确地测量大规模网络的生存能力。

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