StreamingEval: A Unified Evaluation Protocol towards Realistic Streaming Video Understanding
Guowei Tang, Tianwen Qian, Huanran Zheng, Yifei Wang, Xiaoling Wang

TL;DR
StreamingEval introduces a comprehensive evaluation framework for assessing the performance and deployability of streaming video understanding models under realistic resource constraints, highlighting current gaps and guiding future research.
Contribution
It presents a unified protocol for benchmarking streaming Video-LLMs, considering efficiency, storage, and accuracy in a standardized manner.
Findings
Current models lag behind real-world streaming requirements.
Significant trade-offs exist between efficiency and accuracy.
Benchmarking reveals gaps in deployability of existing Video-LLMs.
Abstract
Real-time, continuous understanding of visual signals is essential for real-world interactive AI applications, and poses a fundamental system-level challenge. Existing research on streaming video understanding, however, typically focuses on isolated aspects such as question-answering accuracy under limited visual context or improvements in encoding efficiency, while largely overlooking practical deployability under realistic resource constraints. To bridge this gap, we introduce StreamingEval, a unified evaluation framework for assessing the streaming video understanding capabilities of Video-LLMs under realistic constraints. StreamingEval benchmarks both mainstream offline models and recent online video models under a standardized protocol, explicitly characterizing the trade-off between efficiency, storage and accuracy. Specifically, we adopt a fixed-capacity memory bank to normalize…
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Taxonomy
TopicsMultimodal Machine Learning Applications · Domain Adaptation and Few-Shot Learning · Human Pose and Action Recognition
