Camera Positioning and Calibration Techniques for Integrating Traffic Surveillance Video Systems with Machine-Vision Vehicle Detection Devices
Camera Positioning and Calibration Techniques for Integrating Traffic Surveillance Video Systems with Machine-Vision Vehicle Detection Devices
- New search for: B. L. Smith
- New search for: M. L. Pack
- New search for: B. L. Smith
- New search for: M. L. Pack
The Virginia Department of Transportation has invested significantly in extensive closed circuit television (CCTV) systems to monitor freeways in urban areas. Although these systems have proven very effective in supporting incident management, they do not support the collection of quantitative measures of traffic conditions. Rather, they simply provide a moveable platform for trained operators to collect images for further interpretation. Although there are several video image vehicle detection systems (VIVDS) on the market that have the capability to derive traffic measures from video imagery automatically, these systems currently require the installation of fixed-position cameras. Thus, they have not been integrated with the existing moveable CCTV cameras.
Document information
Camera Positioning and Calibration Techniques for Integrating Traffic Surveillance Video Systems with Machine-Vision Vehicle Detection Devices
2002
34 pages
Report
No indication
English
Transportation & Traffic Planning , Transportation , Road Transportation , Traffic surveillance , Vehicle detectors , Cameras , Calibration , Traffic monitoring , Closed circuit television , Traffic management , Urban areas , Freeways , Video signals , Traffic control , Virginia , Image processing , Traffic control devices , Intelligent transportation systems , Vehicle detection
Similar titles
Fully Automatic Roadside Camera Calibration for Traffic Surveillance
| Online Contents | 2015
Camera calibration and vehicle tracking: Highway traffic video analytics
| Elsevier | 2014