Microblog events detection and tracking with incremental hierarchical DBSCAN based on representative posts using cloud framework

Feng Yong, Han Nan, Ji Dongfeng
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Abstract

For the purpose of events extraction from large-scale short posts of microblogging service,a complete event detection and tracking algorithm was proposed using cloud framework. First,based on the number of forward and comment of the microblog,the posts were expressed as Vector Space Model(VSM). Then the keywords were extracted using RIHDBSCAN(Incremental Hierarchical DBSCAN based on Representative posts) to realize the event detection and tracking. Considering that a single node cannot quickly and efficiently handle the large amount of data,the algorithm would be deployed on Hadoop,a cloud computing platform. The experiment on real microblog data extracted from Sina microblogging platform shows that the proposed method achieves higher performance than that of TF-IDF(Term Frequency-Inverse Document Frequency) and UFITUF(User Frequency-Inverse Thread User Frequency),and the use of cloud framework improves the processing speed.Therefore,it is suitable for data analysis and mining on huge datasets.
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基于云框架的基于代表性帖子的增量分层DBSCAN微博事件检测与跟踪
为了从微博服务的大规模短帖子中提取事件,提出了一种基于云框架的完整的事件检测与跟踪算法。首先,根据微博的转发数和评论数,将微博表示为向量空间模型(VSM)。然后利用RIHDBSCAN(Incremental Hierarchical DBSCAN based on Representative posts)提取关键词,实现事件检测与跟踪;考虑到单个节点无法快速有效地处理大量数据,该算法将部署在云计算平台Hadoop上。在新浪微博平台提取的真实微博数据上进行的实验表明,该方法比TF-IDF(词频-逆文档频率)和UFITUF(用户频-逆线程用户频率)的性能更高,并且使用云框架提高了处理速度。因此,它适用于海量数据集的数据分析和挖掘。
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