Unveiling the Power of Machine Learning: A Benchmark Analysis of Sentiment Analysis Methods and Their Real-World Performance

Journal: GRENZE International Journal of Engineering and Technology
Authors: Sonali Rokade, Swapnali Aitwade, Siddharaj Pujari, Naresh Kamble
Volume: 10 Issue: 2
Grenze ID: 01.GIJET.10.2.105_1 Pages: 3483-3488

Abstract

The literature review on sentiment analysis provides a thorough exploration of the current state of the field and its wide-ranging applications. Emphasizing the crucial role of machine learning in automating emotion detection from diverse sources like social media, customer feedback, and product reviews, the review delves into existing research, methodologies, and advancements in sentiment analysis. Its primary goal is to synthesize insights, uncover trends, address challenges, and outline future directions. This comprehensive resource is valuable for researchers, practitioners, and decision-makers. Through an examination of diverse sources, the review seeks to compile perspectives on strategies employed in data collection, techniques for feature extraction, and the process of model selection. It also emphasizes the importance of handling imbalanced datasets and considering contextual nuances, such as sarcasm, in sentiment analysis. Serving as a foundational resource, this literature review sheds light on the sentiment analysis landscape, highlighting its crucial role in extracting valuable insights from human emotions and opinions encoded in text. The model's robust learning capabilities are evident through its high training accuracy and commendable validation performance. The testing accuracy of 85.9% signifies the model's capacity to generalize successfully to data it has not encountered before. The decreasing training loss signifies efficient convergence during training, contributing to the model's overall robustness. With reasonable processing time per batch, the model allows for efficient testing on new data. Further analysis and fine-tuning could enhance the model's optimization for specific use cases or challenges.

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