3260 papers • 126 benchmarks • 313 datasets
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A 2-step approach is proposed to address this new ECPE task, which first performs individual emotion extraction and cause extraction via multi-task learning, and then conduct emotion-cause pairing and filtering.
This work proposes a multi-task learning model that can extract emotions, causes and emotion-cause pairs simultaneously in an end-to-end manner and outperforms a range of state-of-the-art approaches in terms of both effectiveness and efficiency.
A joint emotion cause extraction framework, named RNN-Transformer Hierarchical Network (RTHN), to encode and classify multiple clauses synchronously and achieve the best performance among 12 compared systems.
This work proposes a model based on the neural network architecture to encode the three elements of emotion cause identification, in an unified and end-to-end fashion, and introduces a relative position augmented embedding learning algorithm and a reordered prediction mechanism with dynamic global labels.
A simple random selection approach toward ECE that does not require observing the text achieves similar performance compared to the baselines, and concludes that it is the innate bias in this benchmark that caused high accuracy rate of these deep learning models in ECE.
This work introduces a new task highly relevant for (explainable) emotion-aware artificial intelligence: recognizing emotion cause in conversations, provides a new highly challenging publicly available dialogue-level dataset for this task, and gives strong baseline results on this dataset.
This paper adapts the NTCIR-13 ECE corpus and establishes a baseline for the ECPE task to produce significant performance improvements over the multi-stage approach and achieves comparable performance to the state-of-the-art methods.
A Dual-Questioning Attention Network is proposed to alleviate limitations in emotion cause extraction by question candidate emotions and causes to the context independently through attention networks for a contextual and semantical answer.
A novel graph-based method is proposed to explicitly model the emotion triggering paths by leveraging the commonsense knowledge to enhance the semantic dependencies between a candidate clause and an emotion clause and is more robust against adversarial attacks compared to existing models.
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