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  • Enhancing Document Clustering Using Condensing Cluster Terms and Fuzzy Association

    Sun PARK  Seong Ro LEE  

     
    PAPER-Artificial Intelligence, Data Mining

      Vol:
    E94-D No:6
      Page(s):
    1227-1234

    Most document clustering methods are a challenging issue for improving clustering performance. Document clustering based on semantic features is highly efficient. However, the method sometimes did not successfully cluster some documents, such as highly articulated documents. In order to improve the clustering success of complex documents using semantic features, this paper proposes a document clustering method that uses terms of the condensing document clusters and fuzzy association to efficiently cluster specific documents into meaningful topics based on the document set. The proposed method improves the quality of document clustering because it can extract documents from the perspective of the terms of the cluster topics using semantic features and synonyms, which can also better represent the inherent structure of the document in connection with the document cluster topics. The experimental results demonstrate that the proposed method can achieve better document clustering performance than other methods.

  • Co-clustering with Recursive Elimination for Verb Synonym Extraction from Large Text Corpus

    Koichi TAKEUCHI  Hideyuki TAKAHASHI  

     
    PAPER-Linguistic Knowledge Acquisition

      Vol:
    E92-D No:12
      Page(s):
    2334-2340

    The extraction of verb synonyms is a key technology to build a verb dictionary as a language resource. This paper presents a co-clustering-based verb synonym extraction approach that increases the number of extracted meanings of polysemous verbs from a large text corpus. For verb synonym extraction with a clustering approach dealing with polysemous verbs can be one problem issue because each polysemous verb should be categorized into different clusters depending on each meaning; thus there is a high possibility of failing to extract some of the meanings of polysemous verbs. Our proposed approach can extract the different meanings of polysemous verbs by recursively eliminating the extracted clusters from the initial data set. The experimental results of verb synonym extraction show that the proposed approach increases the correct verb clusters by about 50% with a 0.9% increase in precision and a 1.5% increase in recall over the previous approach.