We present a reliable real-time optical flow estimation framework which can be used in surveillance applications and video analysis. In normal imaging environments, reliability can be achieved by combining an extended optical flow constraint with a smoothing procedure and a masking procedure. In noisy environments, total least squares is adopted to ensure accuracy. The proposed system is able to recover up to 31 frames of dense optical flow per second using a Xeon 3.06GHz workstation, which makes it very useful in a range of surveillance systems that are based on standard PC hardware.
|Translated title of the contribution||Reliable real-time optical flow estimation for surveillance applications|
|Title of host publication||IEE Conference on Crime and Security: Imaging for Crime Detection and Prevention, London, United Kingdom|
|Pages||402 - 407|
|Number of pages||6|
|Publication status||Published - 13 Jun 2006|
Bibliographical noteConference Proceedings/Title of Journal: Proceedings of the IEE Conference on Crime and Security: Imaging for Crime Detection and Prevention
Li, J., Nikolov, SG., Scott-Samuel, NE., & Benton, CP. (2006). Reliable real-time optical flow estimation for surveillance applications. In IEE Conference on Crime and Security: Imaging for Crime Detection and Prevention, London, United Kingdom (pp. 402 - 407)