Probabilistic Impact Score Generation using Ktrain-BERT to Identify Hate Words from Twitter Discussions
This addresses the problem of toxic content detection on social media for moderators and researchers, but it is incremental as it applies an existing method to a specific dataset.
The paper tackled hate speech detection on Twitter by using a Keras-wrapped BERT model to identify hate speech and predict probabilistic impact scores for extracting hateful words, achieving a validation accuracy of 82.60% and an F1-score of 82.68%.
Social media has seen a worrying rise in hate speech in recent times. Branching to several distinct categories of cyberbullying, gender discrimination, or racism, the combined label for such derogatory content can be classified as toxic content in general. This paper presents experimentation with a Keras wrapped lightweight BERT model to successfully identify hate speech and predict probabilistic impact score for the same to extract the hateful words within sentences. The dataset used for this task is the Hate Speech and Offensive Content Detection (HASOC 2021) data from FIRE 2021 in English. Our system obtained a validation accuracy of 82.60%, with a maximum F1-Score of 82.68%. Subsequently, our predictive cases performed significantly well in generating impact scores for successful identification of the hate tweets as well as the hateful words from tweet pools.