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This research addresses a critical gap in affective computing by introducing the eJSL Dialog dataset, which enables emotion recognition within sign language conversations rather than isolated sentences. By benchmarking multimodal conversational architectures against this new resource, the study demonstrates that leveraging historical dialogue flow significantly improves model performance and highlights specific limitations in current visual representations for sign-specific cues. This work advances the field of accessible AI by providing a robust foundation for training systems that can accurately interpret emotional nuance in real-world sign language interactions.
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Emotion Recognition in Sign Language Conversation

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arXiv:2605.23328v3 Announce Type: replace Abstract: Emotion Recognition in Conversation is a core component of affective computing, while current sign language emotion datasets primarily focus on isolated sentences and lack conversational context. Models trained exclusively on these isolated utterances demonstrate degraded performance in real world scenarios because they cannot utilize historical dialogue flow. To address this structural limitation, we introduce the ERC task to sign language video analysis and propose the eJSL Dialog dataset. Constructed using the scripts from the STUDIES corpus, the dataset contains 1,920 video samples organized into 480 unique dialogues. We conduct systematic benchmarking on this dataset using models ranging from isolated visual networks to multimodal conversational architectures. The results suggest the feasibility of extending conversational ERC frameworks to sign-language dialogue under the current benchmark setting, while also revealing limitations in existing visual representations for capturing sign-specific affective cues, motivating future work on sign-specific visual modeling and larger sign-language conversational training resources.

Abstract:Emotion Recognition in Conversation is a core component of affective computing, while current sign language emotion datasets primarily focus on isolated sentences and lack conversational context. Models trained exclusively on these isolated utterances demonstrate degraded performance in real world scenarios because they cannot utilize historical dialogue flow. To address this structural limitation, we introduce the ERC task to sign language video analysis and propose the eJSL Dialog dataset. Constructed using the scripts from the STUDIES corpus, the dataset contains 1,920 video samples organized into 480 unique dialogues. We conduct systematic benchmarking on this dataset using models ranging from isolated visual networks to multimodal conversational architectures. The results suggest the feasibility of extending conversational ERC frameworks to sign-language dialogue under the current benchmark setting, while also revealing limitations in existing visual representations for capturing sign-specific affective cues, motivating future work on sign-specific visual modeling and larger sign-language conversational training resources.

Computation and Language (cs.CL)

arXiv:2605.23328 [cs.CL]

(or arXiv:2605.23328v3 [cs.CL] for this version)

https://doi.org/10.48550/arXiv.2605.23328 Focus to learn more arXiv-issued DOI via DataCite

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