3260 papers • 126 benchmarks • 313 datasets
The Causal Emotion Entailment is a simpler version of the span extraction task. In this task, given a target utterance (U) with emotion E, the goal is to predict which particular utterances in the conversation history H(U) are responsible for the emotion E in the target utterance.
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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.
ChatGPT shows strong in-context learning ability but still has a significant gap with advanced task-specific methods, and generates explanations that approach human performance, showing its great potential in explainable mental health analysis.
A Two-Stream Attention Model (TSAM) is proposed to effectively model the speaker’s emotional influences in the conversational history and achieves new State-Of-The-Art (SOTA) performance and outperforms baselines remarkably.
This work proposes MuTEC, an end-to-end Multi-Task learning framework for extracting emotions, emotion cause, and entailment in conversations, which performs better than the baselines for most of the data folds provided in the dataset.
This work builds conversations as graphs to overcome implicit contextual modelling of the original entailment style and proposes a sentiment-realized knowledge selecting strategy to filter CSK.
This work proposes Knowledge-Bridged Causal Interaction Network (KBCIN) with commonsense knowledge (CSK) leveraged as three bridges to capture the deep inter-utterance dependencies in the conversational context via the CSK-Enhanced Graph Attention module.
A novel position-aware graph is devised to encode the entire conversation, fully modeling causal relations among utterances, and consistently achieves state-of-the-art performance on two challenging test sets, proving the effectiveness of the model.
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