Accurate and robust perception of surrounding objects of interest, such as onroad obstacles, ground surface, curb and ditch, is an essential capability for path planning and localization in autonomous driving. Stereo cameras are often used for this purpose. Comparably, 3D LiDARs directly provide accurate depth measurements of the environment without the need for association of pixels in image pairs. In this project, disparity is used to bridge the gap between LiDAR and stereo cameras, therefore efficiently extracting the ground surface and obstacles from 3D point cloud in the way of 2D image processing. Given the extracted ground points, three kinds of features are designed to detect road structures with large geometrical variation, such as...
Autonomous vehicles have previously used road markings as a reference for drivable area detection. F...
Mapping is a central and common task in robotics research. Building an accurate map without human as...
Object detection is one of the most important research topics in autonomous vehicles. The detection ...
Accurate and robust perception of surrounding objects of interest, such as onroad obstacles, ground ...
Depth estimation from 2D images is a fundamental problem in Computer Vision, and is increasingly bec...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Autonomous Driving or self driving vehicles are concepts of vehicles knowing their environment and m...
Perceiving the environment is a crucial aspect of autonomous vehicles. To plan the route, the autono...
For safe and reliable driving, it is essential that an autonomous vehicle can accurately perceive th...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Abstract—This paper addresses the problem of curb detec-tion for ADAS or autonomous navigation in ur...
The purpose of our master thesis is to locate and find a mathematical model of the road surface from...
Road Detection is a basic task in automated driving field, in which 3D lidar data is commonly used r...
Intelligent vehicles require perception systems with high performances. Usually, perception system c...
Published in print by Universitätsverlag der TU Berlin, ISBN 978-3-7983-3205-8 (ISSN 2509-8950)When ...
Autonomous vehicles have previously used road markings as a reference for drivable area detection. F...
Mapping is a central and common task in robotics research. Building an accurate map without human as...
Object detection is one of the most important research topics in autonomous vehicles. The detection ...
Accurate and robust perception of surrounding objects of interest, such as onroad obstacles, ground ...
Depth estimation from 2D images is a fundamental problem in Computer Vision, and is increasingly bec...
Environment perception within autonomous driving aims to provide a comprehensive and accurate model ...
Autonomous Driving or self driving vehicles are concepts of vehicles knowing their environment and m...
Perceiving the environment is a crucial aspect of autonomous vehicles. To plan the route, the autono...
For safe and reliable driving, it is essential that an autonomous vehicle can accurately perceive th...
Autonomous Driving has recently gained a lot of recognition and provides challenging research with a...
Abstract—This paper addresses the problem of curb detec-tion for ADAS or autonomous navigation in ur...
The purpose of our master thesis is to locate and find a mathematical model of the road surface from...
Road Detection is a basic task in automated driving field, in which 3D lidar data is commonly used r...
Intelligent vehicles require perception systems with high performances. Usually, perception system c...
Published in print by Universitätsverlag der TU Berlin, ISBN 978-3-7983-3205-8 (ISSN 2509-8950)When ...
Autonomous vehicles have previously used road markings as a reference for drivable area detection. F...
Mapping is a central and common task in robotics research. Building an accurate map without human as...
Object detection is one of the most important research topics in autonomous vehicles. The detection ...