This paper presents a radar-vision classification approach to segment the visual scene into ground and nonground regions. The proposed system features two main phases: a radar-supervised training phase and a visual classification phase. The training stage relies on a radar-based classifier to drive the selection of ground patches in the camera images, and learn online the visual appearance of the ground. In the classification stage, the visual model of the ground is used for image segmentation. Experimental results, obtained with an unmanned ground vehicle operating in a rural environment, are presented to validate the proposed system
Autonomous vehicles operating in on-road environments need to be aware of the presence and motion of...
Unmanned aerial vehicles have large prospects for organizing territory monitoring. To integrate them...
This paper considers the issues of image fusion in a spatially distributed small-size on-board locat...
Ground segmentation is critical for a mobile robot to successfully accomplish its tasks in challengi...
Imaging sensors are being increasingly used in autonomous vehicle applications for scene understandi...
Reliable terrain analysis is a key requirement for a mobile robot to operate safely in challenging e...
Autonomous driving is a challenging problem in mobile robotics, particularly when the domain is uns...
Radar overcomes the shortcomings of laser, stereovision, and sonar because it can operate successful...
A long range visual perception system is presented based on a multi-baseline stereo frame. The syste...
In the defence and security domain, camera systems are widely used for surveillance. The major advan...
In a first aspect, the present invention provides a method for performing radar image segmentation, ...
This paper on adaptive image segmentation and classification describes research activities on statis...
Analysis of classification system by video observation has been done. The system with aided cla...
In this research, adaptive perception for driving automation is discussed so as to enable a vehicle ...
Image segmentation and classification of surfaces and obstacles in automotive radar imagery are the ...
Autonomous vehicles operating in on-road environments need to be aware of the presence and motion of...
Unmanned aerial vehicles have large prospects for organizing territory monitoring. To integrate them...
This paper considers the issues of image fusion in a spatially distributed small-size on-board locat...
Ground segmentation is critical for a mobile robot to successfully accomplish its tasks in challengi...
Imaging sensors are being increasingly used in autonomous vehicle applications for scene understandi...
Reliable terrain analysis is a key requirement for a mobile robot to operate safely in challenging e...
Autonomous driving is a challenging problem in mobile robotics, particularly when the domain is uns...
Radar overcomes the shortcomings of laser, stereovision, and sonar because it can operate successful...
A long range visual perception system is presented based on a multi-baseline stereo frame. The syste...
In the defence and security domain, camera systems are widely used for surveillance. The major advan...
In a first aspect, the present invention provides a method for performing radar image segmentation, ...
This paper on adaptive image segmentation and classification describes research activities on statis...
Analysis of classification system by video observation has been done. The system with aided cla...
In this research, adaptive perception for driving automation is discussed so as to enable a vehicle ...
Image segmentation and classification of surfaces and obstacles in automotive radar imagery are the ...
Autonomous vehicles operating in on-road environments need to be aware of the presence and motion of...
Unmanned aerial vehicles have large prospects for organizing territory monitoring. To integrate them...
This paper considers the issues of image fusion in a spatially distributed small-size on-board locat...