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arXiv 1503.06277cs.SI
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复杂网络、社区与集群研究综述

Complex Networks, Communities and Clustering: A survey

Biswajit Saha, Amitabha Mandal, Soumendu Bikas Tripathy, Debaprasad Mukherjee

摘要:

本文是对复杂网络社区和聚类文献的广泛调查。复杂网络描述了自然界和社会中广泛存在的各种系统,特别是由大量高度互联的动态实体组成的系统。像真实网络一样,复杂网络也可以有社区结构。复杂网络中社团的发现和识别有多种方法和算法。一些复杂网络具有聚类性或网络传递性。复杂网络领域的一些重要概念是小世界和规模鲁棒性,度分布,聚类,网络相关性,随机图模型,网络增长模型,网络动力学过程等。当前复杂网络社区的一些研究领域是社区演化,重叠社区,有向网络社区,社区表征和解释,为通过聚类进行网络社区发现而提出的许多算法或方法是基于最小割的算法、基于分层连通性的算法、原始GirvanNewman算法、模块化最大化的概念、利用来自信息和编码理论的度量的算法以及基于团的算法的修改版本或从这些概念中得到启发。

英文摘要:

This paper is an extensive survey of literature on complex network communities and clustering. Complex networks describe a widespread variety of systems in nature and society especially systems composed by a large number of highly interconnected dynamical entities. Complex networks like real networks can also have community structure. There are several types of methods and algorithms for detection and identification of communities in complex networks. Several complex networks have the property of clustering or network transitivity. Some of the important concepts in the field of complex networks are small-world and scale-robustness, degree distributions, clustering, network correlations, random graph models, models of network growth, dynamical processes on networks, etc. Some current areas of research on complex network communities are those on community evolution, overlapping communities, communities in directed networks, community characterization and interpretation, etc. Many of the algorithms or methods proposed for network community detection through clustering are modified versions of or inspired from the concepts of minimum-cut based algorithms, hierarchical connectivity based algorithms, the original GirvanNewman algorithm, concepts of modularity maximization, algorithms utilizing metrics from information and coding theory, and clique based algorithms.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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