Probability of Semantic Similarity and N-grams Pattern Learning for Data Classification
Probability of Semantic Similarity and N-grams Pattern Learning for Data Classification
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Keywords

semantic similarity
classification
naive bayes
n-grams pattern

How to Cite

V Vineeth Kumar, & Dr. N Satyanarayana. (2017). Probability of Semantic Similarity and N-grams Pattern Learning for Data Classification. Global Journal of Computer Science and Technology, 17(H2), 1–12. Retrieved from https://gjcst.com/index.php/gjcst/article/view/700

Abstract

Semantic learning is an important mechanism for the document classification but most classification approaches are only considered the content and words distribution Traditional classification algorithms cannot accurately represent the meaning of a document because it does not take into account semantic relations between words In this paper we present an approach for classification of documents by incorporating two similarity computing score method First a semantic similarity method which computes the probable similarity based on the Bayes method and second n-grams pairs based on the frequent terms probability similarity score Since both semantic and N-grams pairs can play important roles in a separated views for the classification of the document we design a semantic similarity learning SSL algorithm to improves the performance of document classification for a huge quantity of unclassified documents The experiment evaluation shows an improvisation in accuracy and effectiveness of the proposal for the unclassified documents
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