A method of calculating the locations of fixed points on a cross-section of a 3D object is described. Line images of a rotating object are merged to form a 2D angle-space image. Edge points from this are used to find the cross-sectional locations of feature points that are fixed on the surface of the object.X112sciescopu
This article addresses the problem of reconstructing 3D surfaces from unorganized point sets (also k...
Today, polygonal models occur everywhere in graphical applications, since they are easy to render a...
Point feature and line feature are basic elements in object feature sets, and they play an important...
Polygonal mesh is the collection of vertices, edges and surfaces that defines the shape of a 3D obje...
Abstract. For surface reconstruction using motion, objects are placed on a rotating disc in front of...
In 3-dimension (3D) reformatting of multi-slice 2 dimensional (2D) images, algorithms such as the ma...
In this section, the basic ray-surface intersection algorithm based on this surface definition will ...
In this section, the basic ray-surface intersection algorithm based on this surface definition will ...
Many applications for 3d object analysis and visualization need to deal with object features. The mo...
Surface reconstruction is a problem in the field of computational geometry that is concerned with re...
International audienceThis paper describes an automatic 3D surface scanning technique using a 3D sca...
Surface acquisition methods are becoming popular for many practical applications in manufacturing, a...
Line drawings can be obtained from digital images using a combination of various edges processing te...
The process of computing higher level information in order to more thoroughly understand the shape o...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This article addresses the problem of reconstructing 3D surfaces from unorganized point sets (also k...
Today, polygonal models occur everywhere in graphical applications, since they are easy to render a...
Point feature and line feature are basic elements in object feature sets, and they play an important...
Polygonal mesh is the collection of vertices, edges and surfaces that defines the shape of a 3D obje...
Abstract. For surface reconstruction using motion, objects are placed on a rotating disc in front of...
In 3-dimension (3D) reformatting of multi-slice 2 dimensional (2D) images, algorithms such as the ma...
In this section, the basic ray-surface intersection algorithm based on this surface definition will ...
In this section, the basic ray-surface intersection algorithm based on this surface definition will ...
Many applications for 3d object analysis and visualization need to deal with object features. The mo...
Surface reconstruction is a problem in the field of computational geometry that is concerned with re...
International audienceThis paper describes an automatic 3D surface scanning technique using a 3D sca...
Surface acquisition methods are becoming popular for many practical applications in manufacturing, a...
Line drawings can be obtained from digital images using a combination of various edges processing te...
The process of computing higher level information in order to more thoroughly understand the shape o...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This article addresses the problem of reconstructing 3D surfaces from unorganized point sets (also k...
Today, polygonal models occur everywhere in graphical applications, since they are easy to render a...
Point feature and line feature are basic elements in object feature sets, and they play an important...
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