3260 papers • 126 benchmarks • 313 datasets
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A new dataset for zero-shot stance detection is presented that captures a wider range of topics and lexical variation than in previous datasets and a new model is proposed that implicitly captures relationships between topics using generalized topic representations.
This work proposes a new model for zero-shot stance detection on Twitter that uses adversarial learning to generalize across topics and achieves state-of-the-art performance on a number of unseen test topics with minimal computational costs.
This work proposes to boost the transferability of the stance detection model by using sentiment and commonsense knowledge, which are seldom considered in previous studies, and shows that the model outperforms the state-of-the-art methods on the zero-shot and few-shot benchmark dataset–VAST.
The key challenge of OpenStance lies in open-domain generalization: learning a system with fully unspecific supervision but capable of generalizing to any dataset, and a single system, without any topic-specific supervision, outperforms the supervised method on three popular datasets.
An approach to zero-shot stance detection on social media that leverages explicit reasoning over background knowledge to guide the model’s inference about the document’s stance on a target, and uses a pre-trained language model as a source of world knowledge to generate intermediate reasoning steps.
An encoder-decoder data augmentation (EDDA) framework that increases semantic relevance and syntactic variety in augmented texts while enabling interpretable rationale-based learning.
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