motionnelle
Improving Language Models for Emotion Analysis: Insights from Cognitive Science
Bonard, Constant, Cortal, Gustave
We propose leveraging cognitive science research on emotions and communication to improve language models for emotion analysis. First, we present the main emotion theories in psychology and cognitive science. Then, we introduce the main methods of emotion annotation in natural language processing and their connections to psychological theories. We also present the two main types of analyses of emotional communication in cognitive pragmatics. Finally, based on the cognitive science research presented, we propose directions for improving language models for emotion analysis. We suggest that these research efforts pave the way for constructing new annotation schemes and a possible benchmark for emotional understanding, considering different facets of human emotion and communication.
- North America > United States > California > Los Angeles County > Los Angeles (0.14)
- North America > United States > Minnesota > Hennepin County > Minneapolis (0.14)
- North America > United States > New York (0.05)
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Emotion Identification for French in Written Texts: Considering their Modes of Expression as a Step Towards Text Complexity Analysis
Étienne, Aline, Battistelli, Delphine, Lecorvé, Gwénolé
The objective of this paper is to predict (A) whether a sentence in a written text expresses an emotion, (B) the mode(s) in which it is expressed, (C) whether it is basic or complex, and (D) its emotional category. One of our major contributions, through a dataset and a model, is to integrate the fact that an emotion can be expressed in different modes: from a direct mode, essentially lexicalized, to a more indirect mode, where emotions will only be suggested, a mode that NLP approaches generally don't take into account. Another originality is that the scope is on written texts, as opposed usual work focusing on conversational (often multi-modal) data. In this context, modes of expression are seen as a factor towards the automatic analysis of complexity in texts. Experiments on French texts show acceptable results compared to the human annotators' agreement, and outperforming results compared to using a large language model with in-context learning (i.e. no fine-tuning).
- Europe > France > Île-de-France > Hauts-de-Seine > Nanterre (0.04)
- North America > United States > New Mexico > Santa Fe County > Santa Fe (0.04)
- North America > United States > Louisiana > Orleans Parish > New Orleans (0.04)
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