Hugging Face Trending Papers

Joint Class-Time Learning for Video Classification with Multi-Instance Partial-Label Learning

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The paper introduces PIVOTMIPL, a method for video classification that tackles multi‑instance partial‑label learning by jointly assigning classes and temporal evidence. It uses occupancy‑regularized spherical matching to link contextualized video features with nonuniform temporal mass, and a dual‑marginal KL projection to build a structured teacher that refines class beliefs while maintaining temporal occupancy. Experiments on VCMIPL benchmarks derived from Breakfast, DoTA, and FineAction show that PIVOTMIPL outperforms existing MIPL algorithms in both effectiveness and efficiency.

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arXiv Computer Vision
Oct 19

Dual-State Slot Attention: Decoupling Appearance and Identity for Video Object-Centric Learning

Dual-State Slot Attention (DSSA) is a self‑supervised framework that separates per‑frame appearance from temporally stable identity within each slot, addressing conflicts that cause slot swapping in video object‑centric learning. It introduces a learned recurrent transition for identity updates and competition‑modulated aggregation to suppress weakly matching slots, thereby improving segmentation quality and temporal consistency. Experiments on MOVi‑C, MOVi‑D, and YouTube‑VIS show DSSA outperforms prior methods and enhances downstream object recognition and video dynamics prediction.

By Sieu Tran, Duc Nguyen, Hao Vo, Khoa Vo, Ngan Le
arXiv Computer Vision
Aug 27

CoRE: Weakly Supervised Coarse-to-Fine Risk Evidence Learning in Driving Videos

CoRE is a weakly supervised framework that learns fine-grained temporal and entity support for perceived risk in driving videos using only coarse video-level judgments. It first trains a video-level predictor, freezes it, and then uses structured interventions over candidate temporal regions or entity tracks to generate graded prediction-effect targets. These targets train a student model that can predict temporal and entity support directly from the original video, enabling fine-grained evidence localization without requiring detailed annotations.

By Kaiser Hamid, Can Cui, Nade Liang