A Swarm Intelligence Based Community Detection Algorithm in Social Networks

Deepjyoti Choudhury, T. Acharjee
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Abstract

A community consists of a group of dense intra-connected and sparse inter-connected actors. To detect communities in social networks have earned popularity in past few years. We have concentrated on swarm intelligence based community detection in real world networks elaborated in this paper. In computational field, there are several algorithms so far suggested to detect communities in social networks. But most of the existing algorithms take the high running time and less efficient. So, there is a need of an efficient community detection algorithm. Here, a swarm intelligence based proposed method has been elucidated to detect the communities in social networks. We have evaluated algorithm on two measures namely accuracy and Normalized Mutual Information and found that the proposed approach provides efficient results than the Girvan-Newman algorithm. Our proposed method achieves highest accuracy for College Football Network as 84% and performs better in other networks too. Also, 86% NMI score as the highest one is obtained by our proposed method for College Football Network.
基于群体智能的社交网络社区检测算法
社区由一组密集的内部连接和稀疏的相互连接的参与者组成。在过去的几年里,在社交网络中检测社区已经很流行了。本文重点阐述了现实网络中基于群体智能的社区检测。在计算领域,目前已经提出了几种算法来检测社交网络中的社区。但现有的算法运行时间长,效率低。因此,需要一种高效的社区检测算法。本文提出了一种基于群体智能的社交网络社区检测方法。我们从准确性和互信息归一化两个方面对算法进行了评估,发现所提出的方法比Girvan-Newman算法提供了更有效的结果。我们提出的方法在大学橄榄球网络中达到了最高的准确率,达到了84%,并且在其他网络中也表现得更好。此外,该方法对高校橄榄球网络的NMI得分最高达到86%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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