NLP Approaches to Offensive Content Online

Journal of Natural Language Engineering - Special Issue on NLP Approaches to Offensive Content Online

Confrontational and offensive behavior are pervasive in social media. Online communities, social media platforms, and tech companies are well aware of the problem and they have been investigating ways to cope with offensive language in social media.  This has yielded an increased interest in the NLP community in automatically identifying offenses, aggression, and hate speech in user-generated content (Fortuna and Nunes, 2018; Nakov et al., 2021). 

The interest of the community on this topic is evidenced by several recent studies on English (Yao et al. 2019; Ridenhour et al., 2020) and on many other languages like Danish (Sigurbergsson and Derczynski, 2020) and Greek (Pitenis et al., 2020). Multilingual models have also been explored to cope with data scarcity for some languages (Corazza et al., 2020; Ranasinghe and Zampieri, 2020, Nozza, 2021). Finally, well-attended competitions have been organized on the topic at SemEval (e.g. HatEval, OffensEval, and Toxic Spans Detection) and other venues such as TRAC and HASOC. These competitions provided participants with widely used benchmark datasets such as OLID (Zampieri et al., 2019) and SOLID (Rosenthal et al., 2021).

Motivated by the interest of the community in the problem of offensive content online, we are editing a special issue of the Cambridge University Press Journal Natural Language Engineering on this topic to be published in 2022.  

We welcome papers dealing with one or more of the following topics:


Important Dates


Submissions

Submissions should be formatted according to the NLE guidelines available here and submitted through the manuscript submission system

To have your manuscript considered for this special issue, when uploading your manuscript to the system you should choose NLP Approaches to Offensive Content Online in the field Special Issue Designation.


Guest Editors


Guest Editorial Board


References