Improving the Integration and Dynamic of Sentiment Analysis Prediction using Fast Vector Space Model

S. S. Subashka Ramesh, G. Jayandran, A. Rushab
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Abstract

Many previously trained language models have been included, and the sentiment analysis function has been enhanced. This paper proposes a technique for predicting feelings that includes a supporting phrase explaining the characteristics in the sentence. The first is feature detection, which employs a multi-dimensional model to anticipate all characteristics of a sentence. Sentiment Analysis is a technique for modelling that combines predicted characteristics with the initial phrase. There is often a lack of domain data identified for optimization due to the costly definition of the word element. Many approaches to transmit common information in an uncontrolled manner have lately been suggested to overcome this challenge, however such systems have too many modules and need pre-processing of many costly categories. The strategy proposed in this study is basic yet effective. It focused on improving integrated data, which may be used as a part of the development of any sort of cross-platform model.
基于快速向量空间模型的情感分析预测集成与动态改进
许多以前训练过的语言模型被纳入其中,情感分析功能也得到了增强。本文提出了一种预测情感的技术,其中包括一个解释句子特征的支持短语。首先是特征检测,它采用一个多维模型来预测句子的所有特征。情感分析是一种将预测特征与初始阶段相结合的建模技术。由于定义单词element的成本很高,通常缺乏用于优化的领域数据。为了克服这一挑战,最近提出了许多以不受控制的方式传输公共信息的方法,然而,这种系统有太多的模块,需要对许多昂贵的类别进行预处理。本研究提出的策略是基本而有效的。它专注于改进集成数据,这些数据可以用作任何跨平台模型开发的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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