The aim of this thesis is the development of a system for identifying and categorizing offensive language in tweets using machine learning techniques. The project is based on Task 12 of the SemEval 2020 competition. This task consists of identifying offensive tweets and classifying the type and target of the offense. For this task, the Offensive Language Identification dataset (OLID) is used. The dataset contains English tweets annotated. The task is divided into three subtasks depending on the type and target of the offense. Different machine learning models are applied for the development of the project. The thesis provides a detailed analysis and evaluation of the results obtained with the different models and a comparison with the resul...
We present the results and main findings of SemEval-2020 Task 12 on Multilingual Offensive Language ...
SemEval 2019 Task 6 was OffensEval: Identifying and Categorizing Offensive Language in Social Media....
In this paper, we describe two systems for predicting message-level offensive language in German twe...
The paper describes the systems submitted to OffensEval (SemEval 2019, Task 6) on ‘Identifying and C...
This paper describes the system submitted by the RGCL team to GermEval 2019 Shared Task 2: Identific...
Comunicació presentada a: XXXV International Conference of the Spanish Society for Natural Language ...
As insulting statements become more frequent on online platforms, these negative statements create a...
This paper describes the entry hshl coarse 1.txt for Task I (Binary Classification) of the Germeval ...
This paper presents the different models submitted by the LT@Helsinki team for the SemEval2020 Share...
This paper summarizes our group’s efforts in the offensive language identification shared task, whic...
[EN] This article proposes an approach to solving the problem of multiclassification within the fram...
Proceedings of the 2019 Conference of the North American Chapter of the Association for Computationa...
This paper reports on the systems the RuG Team submitted to the GermEval 2018 - Shared Task on the I...
In this paper, we describe the team BRUMS entry to OffensEval 2: Multilingual Offensive Language Ide...
Social media platforms receive massive amounts of user-generated content that may include offensive ...
We present the results and main findings of SemEval-2020 Task 12 on Multilingual Offensive Language ...
SemEval 2019 Task 6 was OffensEval: Identifying and Categorizing Offensive Language in Social Media....
In this paper, we describe two systems for predicting message-level offensive language in German twe...
The paper describes the systems submitted to OffensEval (SemEval 2019, Task 6) on ‘Identifying and C...
This paper describes the system submitted by the RGCL team to GermEval 2019 Shared Task 2: Identific...
Comunicació presentada a: XXXV International Conference of the Spanish Society for Natural Language ...
As insulting statements become more frequent on online platforms, these negative statements create a...
This paper describes the entry hshl coarse 1.txt for Task I (Binary Classification) of the Germeval ...
This paper presents the different models submitted by the LT@Helsinki team for the SemEval2020 Share...
This paper summarizes our group’s efforts in the offensive language identification shared task, whic...
[EN] This article proposes an approach to solving the problem of multiclassification within the fram...
Proceedings of the 2019 Conference of the North American Chapter of the Association for Computationa...
This paper reports on the systems the RuG Team submitted to the GermEval 2018 - Shared Task on the I...
In this paper, we describe the team BRUMS entry to OffensEval 2: Multilingual Offensive Language Ide...
Social media platforms receive massive amounts of user-generated content that may include offensive ...
We present the results and main findings of SemEval-2020 Task 12 on Multilingual Offensive Language ...
SemEval 2019 Task 6 was OffensEval: Identifying and Categorizing Offensive Language in Social Media....
In this paper, we describe two systems for predicting message-level offensive language in German twe...