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Long-Term Identity-Aware Multi-Person Tracking for Surveillance Video Summarization

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arxiv 1604.07468 v2 pith:RICYFJ7P submitted 2016-04-25 cs.CV

classification cs.CV
keywords videopersontrackingsurveillancelong-termmulti-personsummarizationable
verification ladder T0 review T1 audit T2 compute T3 formal
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Multi-person tracking plays a critical role in the analysis of surveillance video. However, most existing work focus on shorter-term (e.g. minute-long or hour-long) video sequences. Therefore, we propose a multi-person tracking algorithm for very long-term (e.g. month-long) multi-camera surveillance scenarios. Long-term tracking is challenging because 1) the apparel/appearance of the same person will vary greatly over multiple days and 2) a person will leave and re-enter the scene numerous times. To tackle these challenges, we leverage face recognition information, which is robust to apparel change, to automatically reinitialize our tracker over multiple days of recordings. Unfortunately, recognized faces are unavailable oftentimes. Therefore, our tracker propagates identity information to frames without recognized faces by uncovering the appearance and spatial manifold formed by person detections. We tested our algorithm on a 23-day 15-camera data set (4,935 hours total), and we were able to localize a person 53.2% of the time with 69.8% precision. We further performed video summarization experiments based on our tracking output. Results on 116.25 hours of video showed that we were able to generate a reasonable visual diary (i.e. a summary of what a person did) for different people, thus potentially opening the door to automatic summarization of the vast amount of surveillance video generated every day.

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Cited by 1 Pith paper

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  1. DeCafNet: Delegate and Conquer for Efficient Temporal Grounding in Long Videos

    cs.CV 2025-05 conditional novelty 6.0 of 10

    DeCafNet reduces long-video temporal grounding cost by up to 47 percent while improving accuracy, using a lightweight sidekick encoder to select salient clips for a heavy expert encoder.

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