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Prototype Learning for Micro-gesture Classification
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In this paper, we briefly introduce the solution developed by our team, HFUT-VUT, for the track of Micro-gesture Classification in the MiGA challenge at IJCAI 2024. The task of micro-gesture classification task involves recognizing the category of a given video clip, which focuses on more fine-grained and subtle body movements compared to typical action recognition tasks. Given the inherent complexity of micro-gesture recognition, which includes large intra-class variability and minimal inter-class differences, we utilize two innovative modules, i.e., the cross-modal fusion module and prototypical refinement module, to improve the discriminative ability of MG features, thereby improving the classification accuracy. Our solution achieved significant success, ranking 1st in the track of Micro-gesture Classification. We surpassed the performance of last year's leading team by a substantial margin, improving Top-1 accuracy by 6.13%.
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Cited by 3 Pith papers
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MM-Gesture: Towards Precise Micro-Gesture Recognition through Multimodal Fusion
Combining joint, limb, RGB, Taylor-video, optical-flow, and depth streams with two video backbones and a validation-tuned weighted ensemble reaches 73.213% top-1 accuracy on iMiGUE, the best MiGA challenge result to date.
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MAC 2026: Advancing Micro-Action Analysis Towards Fine-Grained Understanding
MAC 2026 reports a three-track micro-action challenge, adding a fine-grained MLLM-based understanding track evaluated on MA-Bench, with top-3 leaderboard results for each track.
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Online Micro-gesture Recognition Using Data Augmentation and Spatial-Temporal Attention
The paper claims a first-place micro-gesture detection result from data augmentation and spatial-temporal attention, but its own table shows the winning F1 comes from the unmodified AdaTAD baseline, while the proposed...
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