Semantic Clustering of Bangla Natural Word using Different Word Embedding Techniques

Aroni Saha Prapty, K. Hasan
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Abstract

Natural language processing is referred to as NLP that applies computational techniques for inter-communication between human and computer through human natural language on the basis of computer science, computational linguistic and artificial intelligence. The progression of NLP in different revolutionary techniques, word embedding has brought magnificent changes in the field of computational linguistic, statistical inference and so on. Semantic clustering can be interpreted as classify the group of identical objects that are semantically analogous. The main focus of the work is to manifest different word embedding techniques for semantic clustering of natural Bangla words. Earlier N-gram models were applied for the relevant field but dynamic word clustering models are currently popular due to the advancement of deep learning techniques because they speed up memory retrieval and decrease processing time. We discuss the effectiveness of Word2Vec, TF-IDF, FastText and GloVe word embedding models in this work and appraise the performance based on the models accuracy and competence.
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基于不同词嵌入技术的孟加拉语自然词语义聚类
自然语言处理(Natural language processing,简称NLP)是在计算机科学、计算语言学和人工智能的基础上,运用计算技术,通过人类的自然语言实现人与计算机之间的相互通信。自然语言处理在不同革命性技术中的发展,如词嵌入,给计算语言学、统计推理等领域带来了巨大的变化。语义聚类可以解释为对语义相似的相同对象组进行分类。本文的研究重点是揭示不同的词嵌入技术对自然孟加拉语词语义聚类的影响。早期的N-gram模型被应用于相关领域,但由于深度学习技术的进步,动态词聚类模型目前很流行,因为它们加快了记忆检索和减少了处理时间。本文讨论了Word2Vec、TF-IDF、FastText和GloVe四种词嵌入模型的有效性,并从模型的准确性和能力两方面对模型的性能进行了评价。
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