This paper gives an overview over several techniques for detection of features, and in particular sharp features, on point-sampled geometry. In addition, a new technique using the Gauss map is shown. Given an unstructured point cloud, this method computes a Gauss map clustering on local neighborhoods in order to discard all points that are unlikely to belong to a sharp feature. A single parameter is used in this stage to control the sensitivity of the feature detection
We present a new technique for extracting line-type features on point-sampled geometry. Given an uns...
In many fields of science and engineering, e.g. metrology, reverse engineering or computer vision, b...
International audienceIn this paper, we propose a new 3D object recognition method that employs a se...
International audienceThis paper gives an overview over several techniques for detection of features...
Abstract—This paper presents a new technique for detecting sharp features on point-sampled geometry....
International audienceThis paper presents a new technique for detecting sharp features on point-samp...
Today, polygonal models occur everywhere in graphical applications, since they are easy to render a...
The point cloud is an unorganized set of points with 3D coordinates (x, y, z) which represents a rea...
Special Issue of selected papers from the 8th Dagstuhl seminar on Geometric ModelingInternational au...
This paper presents an automated and effective method for detecting 3D edges and tracing feature lin...
This paper presents an automated and effective method for detecting 3D edges and tracing feature lin...
Edges provide important visual information in scene surfaces. The need for fast and robust feature e...
Abstract—Edges provide important visual information in scene surfaces. The need for fast and robust ...
Nowadays, 3D scanners have become a standard source that provides millions of points as input for a ...
This paper describes a new method to extract feature lines directly from a surface point cloud. No s...
We present a new technique for extracting line-type features on point-sampled geometry. Given an uns...
In many fields of science and engineering, e.g. metrology, reverse engineering or computer vision, b...
International audienceIn this paper, we propose a new 3D object recognition method that employs a se...
International audienceThis paper gives an overview over several techniques for detection of features...
Abstract—This paper presents a new technique for detecting sharp features on point-sampled geometry....
International audienceThis paper presents a new technique for detecting sharp features on point-samp...
Today, polygonal models occur everywhere in graphical applications, since they are easy to render a...
The point cloud is an unorganized set of points with 3D coordinates (x, y, z) which represents a rea...
Special Issue of selected papers from the 8th Dagstuhl seminar on Geometric ModelingInternational au...
This paper presents an automated and effective method for detecting 3D edges and tracing feature lin...
This paper presents an automated and effective method for detecting 3D edges and tracing feature lin...
Edges provide important visual information in scene surfaces. The need for fast and robust feature e...
Abstract—Edges provide important visual information in scene surfaces. The need for fast and robust ...
Nowadays, 3D scanners have become a standard source that provides millions of points as input for a ...
This paper describes a new method to extract feature lines directly from a surface point cloud. No s...
We present a new technique for extracting line-type features on point-sampled geometry. Given an uns...
In many fields of science and engineering, e.g. metrology, reverse engineering or computer vision, b...
International audienceIn this paper, we propose a new 3D object recognition method that employs a se...