Dharani, M. and Sathya, S. (2024) Deep Learning Algorithms with Adam Optimization for Detecting of Cyberbullying Comments. Nanotechnology Perceptions, 20 (S3).
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Abstract
The unavoidable utilization of web-based entertainment stages, like Facebook, Instagram, and X, has essentially intensified our electronic interconnectedness. Additionally, these stages are presently effectively available from any area at some random time. Nonetheless, the expanded
prominence of virtual entertainment has additionally prompted cyberbullying. The peculiarity of cyberbullying has spread and has become perhaps of the most concerning issue confronting clients of virtual entertainment locales and produced critical unfriendly impacts on society and the casualty specifically. The utilization of oppressive and aggressive language has decisively extended in the
virtual entertainment and systems administration time [16]. Youngsters are to a great extent liable for it. The greater parts of youngsters who utilize web-based entertainment for correspondence are survivors of cyberbullying. Affronts on person-to-person communication sites lead to unfavourable
network connections. These remarks encourage a rude environment in web. Most of the instruments and calculations used to appreciate it and decrease it are idle. Tracking down fitting answers for recognize and diminish cyberbullying has become important to relieve its adverse consequences on society and the person in question. To characterize such remarks in a commonsense manner, the
article expects to distinguish procedures to perceive tormenting in text by looking at and trying different things with different methodologies [27]. We recommended a compelling calculation to perceive unfriendly and badgering remarks, and we inspected these remarks to guarantee their
legitimacy. In this paper, we were utilized three different profound learning calculations with Adam Enhancer. The existing methods like DNN, ANN, and RBFN are combined with Adam optimizer to detect the cyberbullying comments. The results show that by choosing the best features, the
suggested RBFN with Adam Optimizer increases the accuracy of cyberbullying detection.
Item Type: | Article |
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Subjects: | Computer Science Engineering > Deep Learning |
Divisions: | Computer Science |
Depositing User: | Mr IR Admin |
Date Deposited: | 06 Oct 2024 11:49 |
Last Modified: | 06 Oct 2024 11:49 |
URI: | https://ir.vistas.ac.in/id/eprint/9180 |