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Emergence and Size of the Giant Component in Clustered Random Graphs with a Given Degree Distribution

机译:具有给定度数分布的聚类随机图的巨型分量的出现和大小

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摘要

Standard techniques for analyzing network models usually break down in the presence of clustering. Here we introduce a new analytic tool, the "free-excess - degree" distribution, which extends the generating function framework, making it applicable for clustered networks (C > 0). The methodology is general and provides a new expression for the threshold point at which the giant component emerges and shows that it scales as (1 - C)~(-1). In addition, the size of the giant component may be predicted even for more complicated scenarios such as the removal of a fixed fraction of nodes at random.
机译:在存在集群的情况下,用于分析网络模型的标准技术通常会崩溃。在这里,我们介绍了一种新的分析工具“超额度”分布,该工具扩展了生成函数框架,使其适用于群集网络(C> 0)。该方法是通用的,并且为出现巨大分量的阈值点提供了新的表达式,并表明其缩放比例为(1-C)〜(-1)。另外,即使对于更复杂的场景,例如随机删除固定比例的节点,也可以预测巨型组件的大小。

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