基于词典的大数据情感分析(SA)缩略语和表情符号分类

M. Edison, A. Aloysius
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引用次数: 1

摘要

情感分析在大数据领域起着至关重要的作用。情感分析是一种基于文本分析的判断过程。特别是,Twitter社交媒体网络允许140个字符的文本限制。所以人们可以通过使用表情符号,适当的和不适当的文字来传达他们的情绪。不恰当的文本被命名为首字母缩略词,首字母缩略词和表情符号是分类和评估意见的最大挑战。情感、首字母缩略词和表情符号等问题有着不同的含义。所以它们是孤立的。然后将分类情绪分为积极情绪、消极情绪和中性情绪。本文提出了一种名为Senti_Acron的新算法来检测极性并对不同的类别进行分类。首字母缩略词和表情符号与Synset和SemEval字典中的单词进行匹配,并从数据集中提取语义词。然而,在方程的帮助下选择特征来衡量情感的频繁出现,并根据出现的频率为情感分配排名。提出的工作Senti_Acron的结果为0.6875,百分比为68.75%,提高了准确性。
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Lexicon based Acronyms and Emoticons Classification of Sentiment Analysis (SA) on Big Data
Sentiment Analysis plays a vital role in the domain of Big Data. Especially, Sentiment Analysis is the process to determine the text based analysis. Particularly, Twitter social media network allows 140 characters for text limitation. So people can convey their emotions by using emoticons, proper and improper text. Improper text is named as acronyms, the acronyms and emoticons are the greatest challenging issues for classifying and evaluating the opinions. The issues like sentiments, acronyms and emoticons have distinct meaning. So they are isolated. Then the classified emotions could be formulated in different classes like positive, negative and neutral emotions. In this paper, a new algorithm named Senti_Acron which has been proposed to detect the polarity and classify the different classes. The acronyms and emoticons have matched with Synset and SemEval dictionary words and extract the semantic words from the data set. Whereas, the features are selected with a help of equations to measure the frequent occurrences of a sentiment and assigned ranking for the sentiment based on the occurrences. The result of the proposed work Senti_Acron is 0.6875, in percentage 68.75% which provides enhanced accuracy.
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