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Node embedding based community detection and other techniques to analyze implicit social graph Of a literary text series

机译:基于节点嵌入的社区检测和其他技术来分析文学文本系列的隐含社会图

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Substantial research has been done on how to perform social network analysis on literary text. However, these works have mostly dealt with only a single text or have considered the entire series as a single text leading to one social network. In doing so, we miss out on information and interpretation of how the implicit social graph has evolved over the series instead of a single volume. Our work addresses this gap in the present body of work. For example, protagonists can be identified over the scope of the full series. Our work also has an innovative approach to community detection. Clustering and community analysis are typically two sides of the same coin. Clustering is performed when enough attributes are known about each node. In the absence of this information, community detection can be done based on network characteristics in a network data set. Network or node embedding is a method to capture network characteristics. Our work takes an inspiration from both and combines node embedding with classical clustering algorithm and successfully compares with the ground truth. Various algorithms can be used to predict the links in the implicit social graph and then compare the results with the ground truth. We have also evaluated various existing algorithms on the detected social graph.
机译:已经对如何对文学文本进行社交网络分析进行了大量研究。但是,这些作品大多只处理单个文本,或者将整个系列视为通向一个社交网络的单个文本。这样做时,我们会错过有关隐式社会图如何在系列而非单个卷上演变的信息和解释。我们的工作解决了当前工作中的这一差距。例如,可以在整个系列的范围内确定主角。我们的工作还采用了一种创新的社区发现方法。聚类和社区分析通常是同一枚硬币的两个方面。当已知每个节点足够的属性时,将执行聚类。在没有此信息的情况下,可以基于网络数据集中的网络特征进行社区检测。网络或节点嵌入是一种捕获网络特征的方法。我们的工作从两者中汲取了灵感,并将节点嵌入与经典聚类算法相结合,并成功地与基础事实进行了比较。可以使用各种算法来预测隐式社会图中的链接,然后将结果与基本事实进行比较。我们还对检测到的社交图谱评估了各种现有算法。

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