Predicting the stance of a text is challenging but crucial for understanding public opinion. Stance intensity detection goes beyond stance polarity prediction by classifying the stance of a text into finer-grained categories, providing a more detailed reflection of public opinion. To the best of our knowledge, most research on stance detection typically focuses on stance polarity prediction. In this work, we aim to predict both the intensity and polarity of social media posts. We conduct experiments on a recent stance intensity detection dataset comprising Reddit entries, in addition to a well-known stance (polarity) detection dataset of tweets. Using these two datasets, we carry out tests with several machine learning models, such as Support Vector Machine, Multinomial Naive Bayes, Logistic Regression, and Random Forest, and compare their accuracy and F1-score rates. Additionally, we fine-tuned a BERT model to observe its capabilities for the stance intensity detection problem on the datasets. Our study is among the initial studies that target at the important and recent problem of stance intensity detection on social media.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

Stance Intensity Detection on Social Media

  • Elif Ecem Ümütlü,
  • Dilek Küçük,
  • Nihan Cicekli

摘要

Predicting the stance of a text is challenging but crucial for understanding public opinion. Stance intensity detection goes beyond stance polarity prediction by classifying the stance of a text into finer-grained categories, providing a more detailed reflection of public opinion. To the best of our knowledge, most research on stance detection typically focuses on stance polarity prediction. In this work, we aim to predict both the intensity and polarity of social media posts. We conduct experiments on a recent stance intensity detection dataset comprising Reddit entries, in addition to a well-known stance (polarity) detection dataset of tweets. Using these two datasets, we carry out tests with several machine learning models, such as Support Vector Machine, Multinomial Naive Bayes, Logistic Regression, and Random Forest, and compare their accuracy and F1-score rates. Additionally, we fine-tuned a BERT model to observe its capabilities for the stance intensity detection problem on the datasets. Our study is among the initial studies that target at the important and recent problem of stance intensity detection on social media.