Keeping Track of Evolution of Trendy Topics in Social Media
DOI:
https://doi.org/10.26438/ijcse/v8i5.132138Keywords:
Social Context, Temporal Features, Incremental ClusteringAbstract
Keeping Track of Evolution of Trendy Topics in Social MediaSocial media platforms like Twitter facilitate interaction among people on topics of their interest which may vary with time. Hence identification of trendy topics from tweet streams should be a dynamic process. Topic identification with text clustering algorithms that focus on the content of the tweets do not suffice as tweets involves three types of features namely content, social context and temporal features. In this paper the author proposed a frame work that employs incremental clustering involving all the three types of features for clustering stream of tweets to produce set of clusters representing trendy topics at a series of time stamps. The proposed framework provides programmable selection / screening of interesting topics streaming on the Tweeter dynamically through proper parameter setting. Experimentation is done on real world data collected from Twitter on different domains.
References
[1] D.Suneetha ., M. Shashi , “Discovering trendy topics and their influence patterns relating users of social media”, Journal of advanced research in dynamical & control systems JARDCS, Vol 11, No.2 2019, ISSN: 1943-023X.
[2] D.Suneetha ., M. Shashi, “Hybrid clustering for identification of distinct topics of a domain using user influence pattern”, International journal of innovative technology and exploring engineering IJITEE, ISSN: 2278-3075, Vol 8 Issue:2S2, December 2018.
[3] Zhenhua Wang., Lidan Shou, Ke Chen., Gang Chen, and Sharad Mehrotra, “On summarization and time line generation for evolutionary tweet streams”, IEEE Transactions on knowledge and data engineering,Vol 27 No.5, My 2015
[4] Lei Tang ., and Huan Liu ,” Leveraging social media networks for classification”,Springer, Data mining and knowledge discovery, DOI 10.1007/s 10618-010 210-X
[5] Xufei Wang ., Lei Tang ., Huan Liu., and Lei Wang , “Learning with multi resolution overlapping communities”Springer Knowledge information Systems , DOI 10.1007/s 10115-012- 05550.
[6] Xia Hu., Lei Tang., Jilang Tang., and Huan Liu, “Exploiting social relations for sentiment analysis in micro blogging”, ACM,2013,acm 978-1-4503-1869-3/13/02.
[7] Yi-Chen.Lo., Jho-Yin-Li ., Mi-Yenyeh ., shou-de Lin ., and Jian Pei , “What distinguishes one from its peers in social networks ? Data mining and knowledge discovery” , 2013, vol(27), 396-420, DOI 10.1007/s 10618-013-0330.I.
[8] Macro Pennacchiotti ., and Ana-Maria popascu , “A machine Learning approach to twitter user classification”, Proceedings of the Fifth international conference on weblogs and social media, 2013.
[9] Jiliang Tang ., and Huan . Liu , “Unsupervised feature selection for linked social media data” , Knowledge discovery in data bases KDD, 2012, ACM 978-1-4503-1462-6/12/08.
[10] Jilang Tang ., Hujji Gao ., and Huan Liu , mtrust : “Discerning multifaceted trust in a connected world”, WSDM,2012, ACM978 1 -4503-0747-5/12/02.
[11] Volkova.S , Twitter data collection : “Crawling users ,neighbours and their communication for personal attribute prediction in social media”,2014.
[12] Volkova.S ., Coppersmith.G ., and Van Dume . B , “Inferring user political preferences from streaming communication”s , in Proceedings of the association for computational linguistics (ACL).2014
[13] Zamal ,F.A., Liu.W ., and Ruths .D, Homophily and “latent attribute inference inferring latent attributes of twitter users from neighbours” , In proceedings of international AAAI Conference on weblogs and social media,387-390.
[14] Volkova .S .,Wilson .Theresa ., and David .Y , “Exploring demographic language variations to improve multi lingual sentiment analysis in social media” ,Proceedings of the 2013 conference on empirical methods in natural language processing,2013,1815-1827.
[15] Yusuf Perwej, “ The Hadoop Security in Big Data: A Technological View point and analysis”, International Journal of Scientific Research in Computer Science and Engineering, Vol 17, Issue 3, pp:1-4, (2019).
[16]. J.A. Alkrimi, Sh A Toma, R.S.Mohammed, C.E.George, “Using Knowledge Discovery to Enhance Classification Techniques for Detect Malaria-Infected Red Blood Cells, IJSRNSC, Vol-8,Issue -1. (2020)
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