A New Sentence Similarity Computing Technique Using Order and Semantic Similarity

Nityam Agarwal, Poorvi Seth, Merin Meleet
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Abstract

Techniques that detect sentence similarity have been a very important domain of research and lately many such techniques have been successfully implemented. With the use of Natural Language Processing (NLP) these techniques have been implemented more efficiently. The concept of semantic analysis is very significant in determining sentence similarity. The model proposed in this paper, deploys a NLP based methodology that works on the Sentence Involving Compositional Knowledge (SICK) dataset. The proposed methodology considers the set of sentencesto be a subset of words and it is split based on the semantic and syntactic structure. A lexical database is used by this model, unlike methods deployed by other models. This is followed by the computation of the word order vector. When this NLP based method is tested on the dataset, the accuracy obtained is 82.7% on the basis of mean absolute error. The obtained results are better than the previously used methods. Also, the proposed method is computationally faster than the existing methods.
一种基于顺序和语义相似度的句子相似度计算新方法
句子相似度检测技术一直是一个非常重要的研究领域,近年来许多类似的技术已经成功实现。随着自然语言处理(NLP)的使用,这些技术的实现更加有效。语义分析的概念在确定句子相似度方面具有重要意义。本文提出的模型部署了一种基于NLP的方法,该方法适用于涉及成分知识(SICK)数据集的句子。该方法将句子集视为词的子集,并根据语义和句法结构对其进行拆分。与其他模型部署的方法不同,此模型使用词法数据库。接下来是词序向量的计算。在数据集上对该方法进行测试,在平均绝对误差的基础上,获得的准确率为82.7%。所得结果优于以往的方法。同时,该方法的计算速度也比现有方法快。
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