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Automatic Emotion Experiencer Recognition
Wegge, Maximilian; Klinger, Roman (2023): Automatic Emotion Experiencer Recognition, in: Christopher Klamm, Gabriella Lapesa, Valentin Gold, u. a. (Hrsg.), Proceedings of the 3rd Workshop on Computational Linguistics for the Political and Social Sciences, Ingolstadt: Association for Computational Lingustics, S. 1–7.
Faculty/Chair:
Author:
Title of the compilation:
Proceedings of the 3rd Workshop on Computational Linguistics for the Political and Social Sciences
Editors:
Klamm, Christopher
Lapesa, Gabriella
Gold, Valentin
Gessler, Theresa
Paolo Ponzetto, Simone
Conference:
3rd Workshop on Computational Linguistics for the Political and Social Sciences, September 2023 ; Ingolstadt
Publisher Information:
Year of publication:
2023
Pages:
Language:
English
Abstract:
The most prominent subtask in emotion analysis is emotion classifcation; to assign a category to a textual unit, for instance a social media post. Many research questions from the social sciences do, however, not only require the detection of the emotion of an author of a post but to understand who is ascribed an emotion in text. This task is tackled by emotion role labeling which aims at extracting who is described in text to experience an emotion, why, and towards whom. This could, however, be considered overly sophisticated if the main question to answer is who feels which emotion. A targeted approach for such setup is to classify emotion experiencer mentions (aka “emoters”) regarding the emotion they presumably perceive. This task is similar to named entity recognition of person names with the difference that not every mentioned entity name is an emoter. While, very recently, data with emoter annotations has been made available, no experiments have yet been performed to detect such mentions. With this paper, we provide baseline experiments to understand how challenging the task is. We further evaluate the impact on experiencer-specifc emotion categorization and appraisal detection in a pipeline, when gold mentions are not available. We show that experiencer detection in text is a challenging task, with a precision of .82 and a recall of .56 (F1 =.66). These results motivate future work of jointly modeling emoter spans and emotion/appraisal predictions.
GND Keywords: ; ;
Computerlinguistik
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Klassifikation
Keywords:
Automatic Emotion Experiencer Recognition
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RVK Classification:
Peer Reviewed:
Yes:
International Distribution:
Yes:
Open Access Journal:
Yes:
Type:
Conferenceobject
Activation date:
March 7, 2024
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https://fis.uni-bamberg.de/handle/uniba/93875