Audio and text toxics comments classification

EasyChair Preprint 6020

Abstract

Social networking and online conversation platforms provide us with the power to share our views and ideas. However, nowadays on social media platforms, many people are taking these platforms for granted, they see it as an opportunity to harass and target others leading to cyber- attack and cyber-bullying which lead to traumatic experiences and suicidal attempts in extreme cases. Manually identifying and classifying such comments is a very long, tiresome and unreliable process. To solve this challenge, we have developed a deep learning system which will identify such negative content on online discussion platforms and successfully classify them into proper labels. Our proposed model aims to apply the text-based Convolution Neural Network (CNN) with NLP, using LOGISTIC REGRESSION,MULTINOMIALDB, LINEAR SVC word embedding technique. Our model aims to improve detecting different types of toxicity to improve the social media experience. Our model classifies such comments in six classes which are Toxic, Severe Toxic, Obscene, Threat, Insult and Identity-hate. Multi-Label Classification helps us to provide an automated solution for dealing with the toxic comments problem we are facing.

Keyphrases: Convolution Neural Network (CNN), LogisticRegression Multinomial Linear Svc, python tesseract

@booklet{EasyChair:6020,
  author    = {Sangita Holkar and Sudhir Sawarkar and Shubhangi Vaikole},
  title     = {Audio and text toxics comments classification},
  howpublished = {EasyChair Preprint 6020},
  year      = {EasyChair, 2021}}