Social Network Analysis Based on the Attention Preference of Weibo College Students
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Abstract
Social networks are characterized by speed, spread, equality and self-organization. With the help of social networks, users can obtain behavioral data based on massive data, which can help operators deeply understand the operation mode of social networks. Since the main active users of the Internet are young people, especially college students, it is of great significance to analyze the social network behavior of college students for the development of online social services in the future. This paper focuses on college students (aged 18-22) in the social platform "Weibo", uses web crawlers and information retrieval to obtain the data of college students' attention relationship and type preference, realizes the visual construction of the data with the help of social network analysis software such as Gephi, summarizes and infers the characteristics and trends of college students' attention preferences after comprehensive research and judgment, and provides help for the operation guidance of the social network platform.
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References
Zhao Weiya, Tian Junjing, Zhu Jianxun, et al. Research and Application of Social Network Forensics Method Based on Microblogging Platform[J]. Network Security Technology and Application,2024,(1):129-132.
ZHAO Qian. Research on Data Mining Method Based on Social Network Analysis[J]. Journal of Anhui Police Officer Vocational College,2024,23(5):124-128.
HU Zhangrong. Research on Community Discovery in Social Networks Based on Louvain Algorithm[J]. Computer Knowledge and Technology,2020,16(23):197-198.
ZHAO Lifei. Network characteristics and interpersonal relationship prediction of people with high social exclusion: based on social network analysis[D].Sichuan:Department of Psychology,Sichuan Normal University,2023.
ZHANG Dayong,ZHANG Yifan. Statistical Analysis of Node Centrality and Correlation Degree of Online Social Network[J]. New Media Research,2022,8(24):8-15.
WANG Tongtong,LI Shengen,WANG Gang. Mining its Community Framework Based on the Centrality of Social Network Nodes[J]. Journal of Computer Applications and Software,2016,33(7):83-87.
WANG Tongtong,LI Shengen,WANG Gang. Mining its Community Framework Based on the Centrality of Social Network Nodes[J]. Journal of Computer Applications and Software,2016,33(7):83-87.
Wu Ruizhong. Research on the calculation method of between-centeredness of road network[D]. Guangdong:Guangzhou University,2023(in Chinese).
ZHANG Dayong,ZHANG Yifan. Statistical Analysis of Node Centrality and Correlation Degree of Online Social Network[J]. New Media Research,2022,8(24):8-15.
XU Hefei. Research on local community discovery method in location information social network[D].Anhui:Department of Computer Technology,Anhui University,2023.
Xu Wei, Lin Baigang, Lin Sijuan, et al. Research on Social Network Community Discovery Method Based on User Interaction Behavior and Similarity[J]. Netinfo Security,2015,(7):77-83.]
ZHAO Meng, LI Zichao, GAO Mei, et al. Consensus Model of Large Group Decision-making Interaction in Social Network Based on Louvain Method[J]. Journal of Engineering and Management Engineering,2021,35(4):152-161.
YAN Weimin,LI Dongmei,WU Weimin. Data structure[M].2nd Edition. Beijing: People's Posts and Telecommunications Press, 2015.
Centrality Weighting Algorithm of Social Network Based on Spark Platform in Different Cultural Environments[J]. Journal of Guangdong University of Technology,2017,34(3):15-20,48.
Ju Chunhua,Zhao Kaidi,Bao Fuguang. Computational Model of User Influence Intensity in Social Network Integrating Compactness, Centrality and Credit[J]. Journal of Information Technology,2019,38(2):170-177.
ZHANG Sai,XU Ke,LI Haitao. Measurement and Analysis of Information Dissemination in Microblog Social Networks[J]. Journal of Xi'an Jiaotong University,2013,47(2):124-130.
P. W. Holland and S. Leinhardt. Transitivity in structural models of small groups[J]. Comparative Group Studies, 2005,2(2):107-124.
SHAO Siqi. Research on the Nature of Clustering Snowball Sampling Algorithm in Large Social Networks[D]. Shandong:Qufu Normal University,2024(in Chinese).