A collaborative knowledge infusion approach that leverages target background knowledge from multiple sources and employs efficient parameter learning techniques to address the challenges of low-resource stance detection tasks.
Leveraging dynamically generated and filtered experienced experts can substantially improve the performance of large language models on stance detection tasks.
A novel collaborative stance detection framework (CoSD) that leverages contrastive heterogeneous topic graph learning to learn topic-aware semantics and collaborative signals among texts, topics, and stance labels for enhancing stance detection.
Stance detection is the identification of an author's beliefs about a subject from a text sample. This paper presents a precise definition of stance detection as an entailment classification task, provides a generalized framework for the task, and demonstrates three distinct approaches for performing stance detection: supervised classification, zero-shot classification with NLI classifiers, and in-context learning.