Covid-19 Vaccine Tweets Sentiment Analysis and Topic Modelling for Public Opinion Mining

Trisha Baldha, Malvi Mungalpara, Priyanka Goradia, Santosh Bharti
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Abstract

The world is facing the major crisis in the form of coronavirus pandemic. Since it’s been more than a year of Covid-19 pandemic, there has been a significant call in social media regarding the requirement and feasibility for COVID-19 Vaccine. This paper aims at analyzing tweets related to Covid-19 Vaccine, determining the sentiments about vaccination and extracting the significant topics. We performed multi-class sentiment analysis, steps comprising of pre-processing followed by training three different classification models: Gaussian Naïve Bayes, Support Vector Machine and LSTM. Results of the model obtained was one the three (Positive, Negative, Neutral) sentiment. Based on the outcomes, accuracy and F1- scores were computed to draw comparison between distinct models. Topic Modeling was performed using LDA on the combined tweets dataset to derive top seven important topics. In addition, Exploratory Data Analysis was also performed on dataset consisting of Vaccination Progress worldwide to bring out popularity of vaccines.
面向舆论挖掘的Covid-19疫苗推文情感分析与话题建模
世界正面临冠状病毒大流行的重大危机。Covid-19大流行已经过去一年多了,社交媒体上关于Covid-19疫苗的需求和可行性的呼声很高。本文旨在分析与Covid-19疫苗相关的推文,确定有关疫苗接种的情绪并提取重要主题。我们进行了多类情感分析,步骤包括预处理,然后训练三种不同的分类模型:高斯Naïve贝叶斯,支持向量机和LSTM。模型得到的结果是一个三(积极,消极,中性)情绪。根据结果,计算准确率和F1-分数,以比较不同模型之间的差异。利用LDA对合并后的tweets数据集进行主题建模,得出最重要的7个主题。此外,还对全球疫苗接种进展数据集进行了探索性数据分析,以揭示疫苗的普及程度。
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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