“SORTING OF IMDB MOVIES REVIEWS USING RECURRENT NEURAL NETWORK AND MACHINE LEARNING”

Mr. Divyanshu Kumar, Mr. Mohammed Bakhtawar Ahmed

Page No: 72-77

DOI: 10.86493/VEREDAS.2025/V15I6/08

We know that the entertainment and theatre industry has made a big revolution in our world. People are getting lost in the reel world rather than staying in the real world. They are adapting to the visualized characters and their traits in the filmed videos, and are becoming less tolerant and more violent. The newer generation is highly impacted by the illmannered and unsubstantial figures It’s not that every motion picture is bad for generations, and is needful for every age group. But we have to see which content is appropriate for which group of society. So from this project, we will try to understand the user reviews and there comments to subcategories and describe them as negative or positive. We will conclude which movie is good for viewing and which is not, using deep learning with RNN.

Citations

APA: Mr. Divyanshu Kumar, Mr. Mohammed Bakhtawar Ahmed (2025). “SORTING OF IMDB MOVIES REVIEWS USING RECURRENT NEURAL NETWORK AND MACHINE LEARNING”. DOI: 10.86493/VEREDAS.2025/V15I6/08

AMA: Mr. Divyanshu Kumar, Mr. Mohammed Bakhtawar Ahmed. “SORTING OF IMDB MOVIES REVIEWS USING RECURRENT NEURAL NETWORK AND MACHINE LEARNING”. 2025. DOI: 10.86493/VEREDAS.2025/V15I6/08

Chicago: Mr. Divyanshu Kumar, Mr. Mohammed Bakhtawar Ahmed. "“SORTING OF IMDB MOVIES REVIEWS USING RECURRENT NEURAL NETWORK AND MACHINE LEARNING”." Published 2025. DOI: 10.86493/VEREDAS.2025/V15I6/08

IEEE: Mr. Divyanshu Kumar, Mr. Mohammed Bakhtawar Ahmed, "“SORTING OF IMDB MOVIES REVIEWS USING RECURRENT NEURAL NETWORK AND MACHINE LEARNING”," 2025, DOI: 10.86493/VEREDAS.2025/V15I6/08

ISNAD: Mr. Divyanshu Kumar, Mr. Mohammed Bakhtawar Ahmed. "“SORTING OF IMDB MOVIES REVIEWS USING RECURRENT NEURAL NETWORK AND MACHINE LEARNING”." DOI: 10.86493/VEREDAS.2025/V15I6/08

MLA: Mr. Divyanshu Kumar, Mr. Mohammed Bakhtawar Ahmed. "“SORTING OF IMDB MOVIES REVIEWS USING RECURRENT NEURAL NETWORK AND MACHINE LEARNING”." 2025, DOI: 10.86493/VEREDAS.2025/V15I6/08