Add to ORKGA recent trend in smart camera networks is that they are able to modify the functionality during runtime to better reflect changes in the observed scenes and in the specified monitoring tasks. In this paper we focus on different configuration methods for such networks. A configuration is given by three components: (i) a description of the camera nodes, (ii) a specification of the area of interest by means of observation points and the associated monitoring activities, and (iii) a description of the analysis tasks. We introduce centralized, distributed and proprioceptive configuration methods and compare their properties and performance. 1
In this paper we present increased adaptivity and robustness in distributed object tracking by multi...
The performance of a camera network monitoring a set of targets depends crucially on the configurati...
The large availability of different types of cameras and lenses, together with the reduction in pric...
A recent trend in smart camera networks is that they are able to modify the functionality during run...
Recent hardware advances such as multi-core high-speed platforms allow cameras to perform multiple t...
There is a clear trend in camera networks towards enhanced functionality and flexibility, and a fixe...
The cost and size of video sensors has led to camera networks becoming pervasive in our lives. Howev...
Within a camera network, the contribution of a camera to the observation of a scene depends on its v...
Recent hardware advances such as multi-core high-speed platforms allow cameras to perform multiple t...
As the prices of cameras and computing elements continue to fall, it has become increasingly attract...
As the prices of cameras and computing elements continue to fall, it has become increasingly attract...
Tracking persons with multiple cameras with overlapping fields of view instead of with one camera le...
Self-localizing Smart Cameras and their applications As the prices of cameras and computing elements...
Vision network based surveillance systems are more and more common in public places. Typically, a mi...
Cameras have become ubiquitous in our society. Not only are they built into things of everyday life ...
In this paper we present increased adaptivity and robustness in distributed object tracking by multi...
The performance of a camera network monitoring a set of targets depends crucially on the configurati...
The large availability of different types of cameras and lenses, together with the reduction in pric...
A recent trend in smart camera networks is that they are able to modify the functionality during run...
Recent hardware advances such as multi-core high-speed platforms allow cameras to perform multiple t...
There is a clear trend in camera networks towards enhanced functionality and flexibility, and a fixe...
The cost and size of video sensors has led to camera networks becoming pervasive in our lives. Howev...
Within a camera network, the contribution of a camera to the observation of a scene depends on its v...
Recent hardware advances such as multi-core high-speed platforms allow cameras to perform multiple t...
As the prices of cameras and computing elements continue to fall, it has become increasingly attract...
As the prices of cameras and computing elements continue to fall, it has become increasingly attract...
Tracking persons with multiple cameras with overlapping fields of view instead of with one camera le...
Self-localizing Smart Cameras and their applications As the prices of cameras and computing elements...
Vision network based surveillance systems are more and more common in public places. Typically, a mi...
Cameras have become ubiquitous in our society. Not only are they built into things of everyday life ...
In this paper we present increased adaptivity and robustness in distributed object tracking by multi...
The performance of a camera network monitoring a set of targets depends crucially on the configurati...
The large availability of different types of cameras and lenses, together with the reduction in pric...