Abstract. In robot applications requiring interaction with a partially/unknown environment, mapping is of paramount importance. This paper presents an effective surface growing algorithm for map building based on laser scan generated point clouds. The algorithm directly converts a point cloud into a surface and normals form which sees a significant reduction in data size and is in a desirable format for planning the interaction with surfaces. It can be used in applications such as robotic cleaning, painting and welding. Keywords—mapping, surface generation, point cloud, 3D scanning
This paper presents visual analytics of 3D LiDAR point clouds in robotics operating system. In this ...
This thesis describes basics of automatic map making based on odometry and laser range data of a rob...
Elevation maps offer a compact 2 1/2 dimensional model of terrain surface for navigation in field ...
Part 4: Optimization, TuningInternational audienceThe lidar is nowadays increasingly used in many ro...
This paper presents a 3D point cloud map construction method based on extracted line segments with t...
International audienceThe number of registration solutions in the literature has bloomed recently. T...
The field of research connected to mobile robot navigation is much broader than the scope of this th...
For simple pick and place tasks, a robot needs to be able to recognise objects. In order to avoid sc...
Dense RGB-D SLAM techniques and high-fidelity LIDAR scanners are examples from an abundant set of sy...
We present an approach to the problem of 3D map building in urban settings for service robots, using...
The paper is focused on point cloud data processing obtained by 3D laser scanning. The scanning devi...
© 2015, Journal of Zhejiang University Science Editorial Office and Springer-Verlag Berlin Heidelber...
An automatic system aimed at producing a compact tridimensional description of indoor environments u...
Automatic generation of indoor navigable models is mostly based on 2D floor plans. However, in many ...
A main advantage of terrestrial laser scanning is the possibility to nearly simultaneously acquire t...
This paper presents visual analytics of 3D LiDAR point clouds in robotics operating system. In this ...
This thesis describes basics of automatic map making based on odometry and laser range data of a rob...
Elevation maps offer a compact 2 1/2 dimensional model of terrain surface for navigation in field ...
Part 4: Optimization, TuningInternational audienceThe lidar is nowadays increasingly used in many ro...
This paper presents a 3D point cloud map construction method based on extracted line segments with t...
International audienceThe number of registration solutions in the literature has bloomed recently. T...
The field of research connected to mobile robot navigation is much broader than the scope of this th...
For simple pick and place tasks, a robot needs to be able to recognise objects. In order to avoid sc...
Dense RGB-D SLAM techniques and high-fidelity LIDAR scanners are examples from an abundant set of sy...
We present an approach to the problem of 3D map building in urban settings for service robots, using...
The paper is focused on point cloud data processing obtained by 3D laser scanning. The scanning devi...
© 2015, Journal of Zhejiang University Science Editorial Office and Springer-Verlag Berlin Heidelber...
An automatic system aimed at producing a compact tridimensional description of indoor environments u...
Automatic generation of indoor navigable models is mostly based on 2D floor plans. However, in many ...
A main advantage of terrestrial laser scanning is the possibility to nearly simultaneously acquire t...
This paper presents visual analytics of 3D LiDAR point clouds in robotics operating system. In this ...
This thesis describes basics of automatic map making based on odometry and laser range data of a rob...
Elevation maps offer a compact 2 1/2 dimensional model of terrain surface for navigation in field ...