arXiv Machine Learning By Kaixuan Du, Xin Wan, YuKun Wang, Hang Zhang, Meng Cao, Dai Guan, Ming Chen, Ni Li

ProactiveBench: Can Streaming Video Models Really Interact Like Humans?

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ProactiveBench evaluates streaming video models on their ability to interact proactively, rather than reactively. It tests models at one‑second intervals without explicit cues, using six subtasks that vary trigger ambiguity, timing tolerance, and response patterns. The benchmark measures both response and silence rates, distinguishing early, in‑window, and missed responses, and penalizes omissions and repetitions.

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arXiv Machine Learning
Sep 23

LiveProBench: Can Streaming Video Models Really Interact Like Humans?

LiveProBench evaluates streaming video models on their ability to interact proactively, assessing whether they respond at appropriate times without explicit cues. The benchmark tests models at one‑second intervals across six subtasks that vary trigger ambiguity and timing tolerance, measuring response accuracy, silence rates, and duplicate responses. Results show that many models issue premature responses more often than missed ones, highlighting a significant shortfall in human‑like temporal decision making.

By Kaixuan Du, Xin Wan, Hang Zhang, Meng Cao, Dai Guan, Ming Chen, YuKun Wang
arXiv Computation and Language
6d ago

TRACE: Temporal Audit and Condition-aware Evaluation of Streaming Video Understanding

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By Yibo Ma, Qianqian Zhang, Peng Liu, Tiancheng Zhao
arXiv Machine Learning
Jul 1

Event-Driven Video Generation

arXiv:2603. 13402v3 Announce Type: replace-cross Abstract: Current text-to-video models can make individual frames look convincing while still getting simple interactions wrong: objects move before contact, an intended action is skipped, a placed object keeps drifting, or a support relation breaks.

By Chika Maduabuchi, Jindong Wang