Sentiment analysis is a crucial aspect of natural language processing, allowing us to understand better and categorize public reviews and opinions conveyed through text data. This study focuses on applying deep learning methods (LSTM) to model sentiment analysis especially in airline research, to develop realistic and reliable models that can classify analysis accurately adding positive, negative, or neutral emotions to the corresponding emotion labels and Then, a complete pre-processing phase is performed, including purification, tokenization, and feature extraction with methods to faces like TF-IDF(Term Frequency - Inverse Document Frequency)or word classification Best-optimized deep learning for sentiment classification. For pattern recognition, Naive Bayes and Support Vector Machines A wide variety of approaches have been explored ranging from traditional algorithms to sophisticated deep learning models such as recursive rental neural networks or transformers Various recurrent neural networks used in learning a in depth have used LSTM models in this research, as long time delays can be observed Available, especially in sequence prediction in the problems of. Through customer analytics, companies can identify the strengths and weaknesses of their products or services, therefore delivering a better, more holistic experience to customers, and simply improving their business

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Sentiment Analysis Using Machine Learning Algorithms

  • Kaushiki Ray,
  • T. R. Saravanan

摘要

Sentiment analysis is a crucial aspect of natural language processing, allowing us to understand better and categorize public reviews and opinions conveyed through text data. This study focuses on applying deep learning methods (LSTM) to model sentiment analysis especially in airline research, to develop realistic and reliable models that can classify analysis accurately adding positive, negative, or neutral emotions to the corresponding emotion labels and Then, a complete pre-processing phase is performed, including purification, tokenization, and feature extraction with methods to faces like TF-IDF(Term Frequency - Inverse Document Frequency)or word classification Best-optimized deep learning for sentiment classification. For pattern recognition, Naive Bayes and Support Vector Machines A wide variety of approaches have been explored ranging from traditional algorithms to sophisticated deep learning models such as recursive rental neural networks or transformers Various recurrent neural networks used in learning a in depth have used LSTM models in this research, as long time delays can be observed Available, especially in sequence prediction in the problems of. Through customer analytics, companies can identify the strengths and weaknesses of their products or services, therefore delivering a better, more holistic experience to customers, and simply improving their business