AffectMove 2021挑战-从自然运动数据中进行情感识别

Temitayo A. Olugbade, R. Sagoleo, Simone Ghisio, Nicolas E. Gold, A. Williams, B. Gelder, A. Camurri, G. Volpe, N. Bianchi-Berthouze
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引用次数: 1

摘要

我们进行了第一次情感动作识别(AffectMove)挑战,将不同现实生活应用程序中的情感身体行为数据集汇集在一起,以促进这一领域的工作。自然情感身体表情的自动检测研究仍然落后于基于其他模式的检测,而运动行为建模是情感计算界一个非常有趣且非常相关的研究问题。AffectMove挑战旨在利用现有的身体运动数据集来解决从这类数据中自动识别自然和复杂情感行为的关键研究问题。参赛团队根据不同传感器类型和现实问题的数据集,竞争解决至少三个任务中的一个:用于慢性疼痛物理康复背景的多模态EmoPain数据集,用于数学问题解决设置的weDraw-l运动数据集,以及多模态Unige-Maastricht舞蹈数据集。为了促进跨数据集的工作,我们还要求参与者利用跨数据集的数据来提高性能,并测试他们的方法在不同应用程序中的泛化性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The AffectMove 2021 Challenge - Affect Recognition from Naturalistic Movement Data
We ran the first Affective Movement Recognition (AffectMove) challenge that brings together datasets of affective bodily behaviour across different real-life applications to foster work in this area. Research on automatic detection of naturalistic affective body expressions is still lagging behind detection based on other modalities whereas movement behaviour modelling is a very interesting and very relevant research problem for the affective computing community. The AffectMove challenge aimed to take advantage of existing body movement datasets to address key research problems of automatic recognition of naturalistic and complex affective behaviour from this type of data. Participating teams competed to solve at least one of three tasks based on datasets of different sensors types and real-life problems: multimodal EmoPain dataset for chronic pain physical rehabilitation context, weDraw-l Movement dataset for maths problem solving settings, and multimodal Unige-Maastricht Dance dataset. To foster work across datasets, we also challenged participants to take advantage of the data across datasets to improve performances and also test the generalization of their approach across different applications.
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