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Comparative Analysis of Human Interaction Pattern Mining Approaches


Affiliations
1 Department of Information Technology, C.M.S. College of Science & Commerce, India
2 Department of Computer Science, Vellalar College for Women, India
     

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Opinion Mining and Sentiment Analysis in Natural Language Processing (NLP) are challenging, as they require deep understanding. Understanding involves methods that could differentiate between the facts of explicit and implicit, regular and irregular, syntactical and semantic language rules. Researches oriented towards Natural Language Processing and Sentiment Analysis have many unresolved problems like co-reference resolution, negation handling, anaphora resolution, named-entity recognition, and word-sense disambiguation. This paper is proposed to develop an Optimized Partial Ancestral Graph (O-PAG) which is capable of mining patterns in human interactions and compare it with an existing tree based pattern mining approach. The experimental results are exposed to number of frequent interactions made and execution time. Results indicate that the overall performance can reach considerable improvements on using O-PAG approach.


Keywords

Frequent Pattern Mining, Sequential Patttern, Enhanced PCA, Enhanced ABC, Pattern Mining.
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  • Comparative Analysis of Human Interaction Pattern Mining Approaches

Abstract Views: 214  |  PDF Views: 1

Authors

S. Uma
Department of Information Technology, C.M.S. College of Science & Commerce, India
Dr. J. Suguna
Department of Computer Science, Vellalar College for Women, India

Abstract


Opinion Mining and Sentiment Analysis in Natural Language Processing (NLP) are challenging, as they require deep understanding. Understanding involves methods that could differentiate between the facts of explicit and implicit, regular and irregular, syntactical and semantic language rules. Researches oriented towards Natural Language Processing and Sentiment Analysis have many unresolved problems like co-reference resolution, negation handling, anaphora resolution, named-entity recognition, and word-sense disambiguation. This paper is proposed to develop an Optimized Partial Ancestral Graph (O-PAG) which is capable of mining patterns in human interactions and compare it with an existing tree based pattern mining approach. The experimental results are exposed to number of frequent interactions made and execution time. Results indicate that the overall performance can reach considerable improvements on using O-PAG approach.


Keywords


Frequent Pattern Mining, Sequential Patttern, Enhanced PCA, Enhanced ABC, Pattern Mining.