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OpenHome:从感知到洞察——智能家居摄像头视频分析

arXiv:2610.31986v1 发布类型:新 提要:视觉语言模型(VLMs)正越来越多地被应用于消费级智能家居摄像头系统,用于解析录制的视频并提供洞察。然而,从智能家居摄像头捕获的视频片段与现有VLM基准测试中占主导地位的精选网络视频存在显著差异。智能家居视频片段通常不包含字幕或旁白,并且拍摄角度各异、光照条件多变、场景也十分多样。然而,在视觉信号稀疏且上下文有限的情况下,现有VLM基准测试尚未充分评估模型在这一领域的性能。为弥补这一不足,我们提出了OpenHome,一个仅基于视觉、采用四选项选择题形式的基准测试,用于评估智能家居视频理解能力。I

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Abstract:Vision language models (VLMs) have been increasingly adopted in consumer smart-home camera systems to interpret recorded videos and provide insights. However, video clips captured from smart-home cameras are different from curated web videos dominating existing VLM benchmarks. Smart-home video clips often do not contain subtitles or narration and are captured from different viewing angles, under various lighting conditions, and in diverse scenarios. However, the capabilities of the model in this domain, under sparse visual signals and limited context, are not fully assessed by existing VLM benchmarks. To close this gap, we introduce OpenHome, a visual-only, four-option multiple-choice benchmark for evaluating smart-home video understanding. It contains 2,254 questions on 1,118 real-world video clips and organizes 10 tasks into three capability levels. Perception evaluates visible content, Reasoning evaluates causal, spatial, and temporal relationships, and Insight evaluates subject intent, supporting evidence and appropriate homeowner responses. Based on the dataset, we describe the task design, data pipeline and evaluation protocol, and report results for 32 closed-source and open-weight VLMs. The best model, Gemini 4 Argon, reaches 81.2% overall accuracy. Frontier closed-source models outperform open-weight models on every level. The best closed-source model leads the best open-weight model by 16.3% on Perception, 22.4% on Reasoning and 37.4% on Insight.

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