11/4/10 - Camera Networks for Security and Traffic Applications
Update: 2010-11-05
Description
Computing is ubiquitous in nearly every household. Computers are becoming smaller, more portable, and embedded in many common appliances and devices. In addition, digital cameras are becoming pervasive in society. They are appearing in many varieties, and can be found in devices ranging from cars to telephones.
This seminar focuses on the problem of camera networks for transportation and security applications. Nikolaos Papanikolopoulos will present the Hyperion framework, which involves the computation of an extensive set of video-analytics based on human and crowd activity monitoring, automatic camera placement, camera-to-camera tracking, semi-autonomous calibration, and video forensics analysis. An innovative user interface allows a single user to monitor thousands of cameras. Applications of this technology include the real-time identification of empty parking spots at truck stops and traffic data collection on freeway systems.
This seminar focuses on the problem of camera networks for transportation and security applications. Nikolaos Papanikolopoulos will present the Hyperion framework, which involves the computation of an extensive set of video-analytics based on human and crowd activity monitoring, automatic camera placement, camera-to-camera tracking, semi-autonomous calibration, and video forensics analysis. An innovative user interface allows a single user to monitor thousands of cameras. Applications of this technology include the real-time identification of empty parking spots at truck stops and traffic data collection on freeway systems.
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