This paper presents a piecewise line generalization algorithm (PG) based on shape characteristic analysis. An adaptive threshold algorithm is used to detect all corners, from which key points are selected. The line is divided into some segments by the key points and generalized piecewise with the Li-Openshaw algorithm. To analyze the performance, line features with different complexity are used. The experimental results compared with the DP algorithm and the Li-Openshaw algorithm show that the PG has better performance in keeping the shape characteristic with higher position accuracy
A computer application designed to generalize linear elements in a vector formatted cartographic set...
Polygonal mesh is the collection of vertices, edges and surfaces that defines the shape of a 3D obje...
Line simplification is an important component of map generalization. In recent years, algorithms for...
This paper proposes to describe geometrical characteristics of linear features by seg menting lines ...
This paper presents a new approach to line generalisation which uses the concept of ‘effective area’...
This thesis describes a new line segment detection and extraction algorithm for computer vision, ima...
This article elaborates on the quality issue in cartographic generalization of linear and area featu...
In this paper, some new and efficient algorithms are described for feature description, analysis and...
A new parallel algorithm for detecting corners of planar curves or shapes is proposed in this paper....
Point feature and line feature are basic elements in object feature sets, and they play an important...
Most reliable features that can be readily extracted from intensity images comprising of line segmen...
A projected edge based shape descriptor extended by global features is presented along with a relate...
Polygonal mesh is the collection of vertices, edges and surfaces that defines the shape of a 3D obje...
Vector line feature matching is one of the hot research in the field of spatial data matching. This ...
A computer application designed to generalize linear elements in a vector formatted cartographic set...
A computer application designed to generalize linear elements in a vector formatted cartographic set...
Polygonal mesh is the collection of vertices, edges and surfaces that defines the shape of a 3D obje...
Line simplification is an important component of map generalization. In recent years, algorithms for...
This paper proposes to describe geometrical characteristics of linear features by seg menting lines ...
This paper presents a new approach to line generalisation which uses the concept of ‘effective area’...
This thesis describes a new line segment detection and extraction algorithm for computer vision, ima...
This article elaborates on the quality issue in cartographic generalization of linear and area featu...
In this paper, some new and efficient algorithms are described for feature description, analysis and...
A new parallel algorithm for detecting corners of planar curves or shapes is proposed in this paper....
Point feature and line feature are basic elements in object feature sets, and they play an important...
Most reliable features that can be readily extracted from intensity images comprising of line segmen...
A projected edge based shape descriptor extended by global features is presented along with a relate...
Polygonal mesh is the collection of vertices, edges and surfaces that defines the shape of a 3D obje...
Vector line feature matching is one of the hot research in the field of spatial data matching. This ...
A computer application designed to generalize linear elements in a vector formatted cartographic set...
A computer application designed to generalize linear elements in a vector formatted cartographic set...
Polygonal mesh is the collection of vertices, edges and surfaces that defines the shape of a 3D obje...
Line simplification is an important component of map generalization. In recent years, algorithms for...