This paper presents two self-contained tutorials on stance detection in Twitter data using BERT fine-tuning and prompting large language models (LLMs). The first tutorial explains BERT architecture and tokenization, guiding users through training, tuning, and evaluating standard and domain-specific BERT models with HuggingFace transformers. The second focuses on constructing prompts and few-shot examples to elicit stances from ChatGPT and open-source FLAN-T5 without fine-tuning. Various prompting strategies are implemented and evaluated using confusion matrices and macro F1 scores. The tutorials provide code, visualizations, and insights revealing the strengths of few-shot ChatGPT and FLAN-T5 which outperform fine-tuned BERTs. By covering b...
The goal of stance detection is to determine the viewpoint expressed in a piece of text towards a ta...
Supervised machine learning (SML) provides us with tools to efficiently scrutinize large corpora of ...
Stance detection (SD) entails classifying the sentiment of a text towards a given target, and is a r...
This paper presents two self-contained tutorials on stance detection in Twitter data using BERT fine...
This paper presents our submission to the SardiStance 2020 shared task, describing the architecture ...
Stance detection is a Natural Language Processing task that can detect if the input text is in favou...
Transformer models, trained and publicly released over the last couple of years, have proved effecti...
Opinions expressed via online social media platforms can be used to analyse the stand taken by the p...
Effective representation learning is an essential building block for achieving many natural language...
This collection includes model weights (BERT-based), fine-tuned in a multi-task setting on 10 hetero...
In April 2020, a Dutch research team swiftly analyzed public opinions on COVID-19 lockdown relaxatio...
Large-scale social media classification faces the following two challenges: algorithms can be hard t...
We present a new challenging stance detection dataset, called Will-They-Won’t-They (WT--WT), which c...
Stance detection is a Natural Language Processing task that aims to detect the stance (support, agre...
Stance detection is one of the promising areas of computational linguistics, the task of which is to...
The goal of stance detection is to determine the viewpoint expressed in a piece of text towards a ta...
Supervised machine learning (SML) provides us with tools to efficiently scrutinize large corpora of ...
Stance detection (SD) entails classifying the sentiment of a text towards a given target, and is a r...
This paper presents two self-contained tutorials on stance detection in Twitter data using BERT fine...
This paper presents our submission to the SardiStance 2020 shared task, describing the architecture ...
Stance detection is a Natural Language Processing task that can detect if the input text is in favou...
Transformer models, trained and publicly released over the last couple of years, have proved effecti...
Opinions expressed via online social media platforms can be used to analyse the stand taken by the p...
Effective representation learning is an essential building block for achieving many natural language...
This collection includes model weights (BERT-based), fine-tuned in a multi-task setting on 10 hetero...
In April 2020, a Dutch research team swiftly analyzed public opinions on COVID-19 lockdown relaxatio...
Large-scale social media classification faces the following two challenges: algorithms can be hard t...
We present a new challenging stance detection dataset, called Will-They-Won’t-They (WT--WT), which c...
Stance detection is a Natural Language Processing task that aims to detect the stance (support, agre...
Stance detection is one of the promising areas of computational linguistics, the task of which is to...
The goal of stance detection is to determine the viewpoint expressed in a piece of text towards a ta...
Supervised machine learning (SML) provides us with tools to efficiently scrutinize large corpora of ...
Stance detection (SD) entails classifying the sentiment of a text towards a given target, and is a r...