多域泰卢固语数据文档级情感分析

Katipally Vighneshwar Reddy, Sachin Kumar S, KP Soman
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引用次数: 0

摘要

情感分析的目标是在文本中找到乐观或消极的共同线索。在商业领域,它被用来通过监测Reddit和Twitter等论坛上的在线对话语气来了解产品的接受程度、客户的身份以及他们对公司的期望。随着企业在以前未开发的市场中寻求客户反馈,各种语言的情感分析已经成为NLP的一个单独主题。由于泰卢固语是一种有近8200万人使用的德拉威语,因此赌注不能再大了。支持泰卢固语的努力很少,比如注释数据和软件,因此泰卢固语经常被忽视。为了更好地理解数据的情感,我们使用“Sentirama”数据集进行了研究,正如您将在论文中看到的那样,我们使用了各种机器学习模型(包括svm -线性,svm -二次,svm -多项式,随机森林,朴素贝叶斯和KNN)和特征概念(包括word2vec+ (CBOW或skip-gram), TF-IDF和Fastext)。为了找到最适合泰卢固语情感分析的深度学习模型,我们还尝试了LSTM、Bidirectional-LSTM和1D-CNN。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sentiment Analysis at Document level of Telugu Data from Multi-Domains
Finding common threads of optimism or negative in text is the goal of sentiment analysis. In the business world, it is used to learn about a product's reception, a customer's identity, and their expectations of a firm by monitoring the tone of online conversations on forums like Reddit and Twitter. Sentiment analysis in various languages has arisen as a separate topic of NLP as businesses seek for client feedback in previously untapped markets. The stakes could not be greater, since Telugu is a Dravidian language spoken by almost 82 million people. Little effort, such as annotated data and software, is put towards supporting Telugu, hence the language is often overlooked. To better understand the sentiment of the data, we conducted our research using the "Sentirama" dataset and, as you'll see in the paper, we used a variety of Machine Learning models (including SVM-linear, SVM-quadratic, SVM-polynomial, Random Forest, Naive Bayes, and KNN) and Featured concepts (including word2vec+ (CBOW or skip-gram), TF-IDF, and Fastext). To find the best Deep-learning model for Telugu sentiment analysis, we also tried out LSTM, Bidirectional-LSTM, and 1D-CNN.
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