A Parallel Network Community Detection Algorithm Based on Distance Dynamics

In recent years, community detection has drawn more and more researchers' attention. With the development of Internet, the scale of network data is growing fast. It is necessary to find an effective parallel community detection algorithm for large-scale network. In this paper, we propose a nove...

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Vydané v:2017 IEEE/ACM International Conference on Advances in Social Networks Analysis and Mining (ASONAM) s. 819 - 826
Hlavní autori: Wu, Bin, Zhang, Cuiyun, Guo, Qian
Médium: Konferenčný príspevok..
Jazyk:English
Vydavateľské údaje: New York, NY, USA ACM 31.07.2017
Edícia:ACM Conferences
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NMI
NMI
ISBN:1450349935, 9781450349932
ISSN:2473-991X
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Abstract In recent years, community detection has drawn more and more researchers' attention. With the development of Internet, the scale of network data is growing fast. It is necessary to find an effective parallel community detection algorithm for large-scale network. In this paper, we propose a novel and parallel community detection algorithm, PCDU algorithm, based on distance dynamics. We send distances information to nodes and update distances of edges constantly, based on previous values and the unified model, which is introduced to quantify different influences from nodes and edges. It ends until the distances are stable. Then we remove some special edges from the original graph and get all subgraphs, which are the community partitions. It still inherits the advantage of uncovering small communities and outliers. Experiments based on synthetic networks and real world networks, show that our algorithm execute more efficient than stand-alone version. Since it is based on the Spark platform and designed in parallelization, the algorithm is very suitable for large datasets. We also provide a novel method taking use of double summation to calculate the NMI value of community partition result and the embedded community structure. Compared with the traditional way, it is not only as accurate as the traditional way and more efficient, but also has less space complexity. Experiments show that it is suitable for evaluating community division results in large-scale network.
AbstractList In recent years, community detection has drawn more and more researchers' attention. With the development of Internet, the scale of network data is growing fast. It is necessary to find an effective parallel community detection algorithm for large-scale network. In this paper, we propose a novel and parallel community detection algorithm, PCDU algorithm, based on distance dynamics. We send distances information to nodes and update distances of edges constantly, based on previous values and the unified model, which is introduced to quantify different influences from nodes and edges. It ends until the distances are stable. Then we remove some special edges from the original graph and get all subgraphs, which are the community partitions. It still inherits the advantage of uncovering small communities and outliers. Experiments based on synthetic networks and real world networks, show that our algorithm execute more efficient than stand-alone version. Since it is based on the Spark platform and designed in parallelization, the algorithm is very suitable for large datasets. We also provide a novel method taking use of double summation to calculate the NMI value of community partition result and the embedded community structure. Compared with the traditional way, it is not only as accurate as the traditional way and more efficient, but also has less space complexity. Experiments show that it is suitable for evaluating community division results in large-scale network.
Author Guo, Qian
Wu, Bin
Zhang, Cuiyun
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Keywords NMI
parallelization
community detection
distance dynamics
Language English
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Snippet In recent years, community detection has drawn more and more researchers' attention. With the development of Internet, the scale of network data is growing...
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SubjectTerms community detection
Computing methodologies
Computing methodologies -- Machine learning
Computing methodologies -- Machine learning -- Learning paradigms
Computing methodologies -- Machine learning -- Learning paradigms -- Unsupervised learning
distance dynamics
Human-centered computing
Human-centered computing -- Collaborative and social computing
Human-centered computing -- Collaborative and social computing -- Collaborative and social computing theory, concepts and paradigms
Human-centered computing -- Collaborative and social computing -- Collaborative and social computing theory, concepts and paradigms -- Social networks
Information systems
Information systems -- Data management systems
Information systems -- Data management systems -- Database design and models
Information systems -- Data management systems -- Database design and models -- Graph-based database models
Information systems -- Information systems applications
Information systems -- Information systems applications -- Data mining
Information systems -- World Wide Web
Information systems -- World Wide Web -- Web applications
Information systems -- World Wide Web -- Web applications -- Social networks
NMI
parallelization
Theory of computation
Theory of computation -- Design and analysis of algorithms
Theory of computation -- Design and analysis of algorithms -- Distributed algorithms
Theory of computation -- Design and analysis of algorithms -- Distributed algorithms -- MapReduce algorithms
Theory of computation -- Design and analysis of algorithms -- Graph algorithms analysis
Theory of computation -- Design and analysis of algorithms -- Graph algorithms analysis -- Dynamic graph algorithms
Theory of computation -- Theory and algorithms for application domains
Theory of computation -- Theory and algorithms for application domains -- Machine learning theory
Theory of computation -- Theory and algorithms for application domains -- Machine learning theory -- Unsupervised learning and clustering
Title A Parallel Network Community Detection Algorithm Based on Distance Dynamics
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