Moderators of online discussion forums often struggle with controlling extremist comments on their platforms. To help provide an efficient and accurate tool to detect online toxicity, we apply word2vec's Skip-Gram embedding vectors, Recurrent Neural Network models like Bidirectional Long Short-term Memory to tackle a toxic comment classification problem with a labeled dataset from Wikipedia Talk Page. We explore different pre-trained embedding vectors from larger corpora. We also assess the class imbalance issues associated with the dataset by employing sampling techniques and penalizing loss. Models we applied yield high overall accuracy with relatively low cost
The paper addresses the questions of abusive content identification in the Internet. It is presented...
This paper presents a novel application of Natural Language Processing techniques to classify unstru...
Today, increasing numbers of people are interacting online and a lot of textual comments are being p...
With the rising surge of online toxicity, automating the identification of abusive language becomes ...
Social media sites and online forums have struggled with the issue of harassment and hateful speech ...
The digital landscape has blossomed thanks to the surge of online platforms, boosting the variety an...
Understanding the causes or triggers of toxicity adds a new dimension to the prevention of toxic beh...
Due to the development in e-commerce, social media channels like twitter and Facebook flood of Infor...
Nowadays users leave numerous comments on different social networks, news portals, and forums. Some ...
This thesis aims to provide a reasonable solution for categorizing automatically sentences into type...
We address the problem of hate speech detection in online user comments. Hate speech, defined as an ...
Toxic comments are the comments found in the online forums that are rude, offensive, or unfair and u...
With the growth of the Internet and data collection in the last twenty years, we have seen a rise wi...
Recently, toxicity identification has become the most serious problem in online communities and soci...
Today, increasing numbers of people are interacting online and a lot of textual comments are being p...
The paper addresses the questions of abusive content identification in the Internet. It is presented...
This paper presents a novel application of Natural Language Processing techniques to classify unstru...
Today, increasing numbers of people are interacting online and a lot of textual comments are being p...
With the rising surge of online toxicity, automating the identification of abusive language becomes ...
Social media sites and online forums have struggled with the issue of harassment and hateful speech ...
The digital landscape has blossomed thanks to the surge of online platforms, boosting the variety an...
Understanding the causes or triggers of toxicity adds a new dimension to the prevention of toxic beh...
Due to the development in e-commerce, social media channels like twitter and Facebook flood of Infor...
Nowadays users leave numerous comments on different social networks, news portals, and forums. Some ...
This thesis aims to provide a reasonable solution for categorizing automatically sentences into type...
We address the problem of hate speech detection in online user comments. Hate speech, defined as an ...
Toxic comments are the comments found in the online forums that are rude, offensive, or unfair and u...
With the growth of the Internet and data collection in the last twenty years, we have seen a rise wi...
Recently, toxicity identification has become the most serious problem in online communities and soci...
Today, increasing numbers of people are interacting online and a lot of textual comments are being p...
The paper addresses the questions of abusive content identification in the Internet. It is presented...
This paper presents a novel application of Natural Language Processing techniques to classify unstru...
Today, increasing numbers of people are interacting online and a lot of textual comments are being p...