An algorithm is described that fits boundary data of planar shapes in either rectangular coordinate or chain-code format with a set of straight line segments. The algorithm combines a new vertex detection method, which locates initial vertices and segments in the data, with the c -elliptotype clustering algorithm, which iteratively adjusts the location of these initial segments, thereby obtaining a best polygonal fit for the data in the mean-squared error sense. Several numerical examples are given to exemplify the implementation and utility of this new approach
Polygonal models are the most common representation of 3D data in computer graphics and in reverse e...
Clustering of spatial data in the presence of obstacles, facilitator and constraints has the very st...
[[abstract]]Two algorithms for polygonal approximation of a two-dimensional (2D) shape boundary are ...
An algorithm is described that fits boundary data of planar shapes in either rectangular coordinate ...
International audienceThis paper presents an algorithm dealing with the data reduction and the appro...
A new parallel algorithm for detecting corners of planar curves or shapes is proposed in this paper....
In this paper, we present a practical algorithm to extract a curve skeleton of a 3D shape. The core ...
A representation for polygons and polygonal lines is described which allows sets of consecutive side...
We develop a linear time method for transforming clusters of 2D-point data into area data while iden...
Typescript (photocopy).One of the fundamental problems of shape discrimination by machine vision is ...
Abstract-This paper describes a technique for transforming a two-dimensional shape into a binary rel...
The problem of curve clustering when curves are misaligned is considered. A novel algorithm is descr...
The nesting of two-dimensional irregular shapes is a common problem which is frequently encountered ...
Abstract—Redistricting is the process of dividing a geographic area consisting of spatial units—ofte...
This book covers the most important topics in the area of pattern recognition, object recognition, c...
Polygonal models are the most common representation of 3D data in computer graphics and in reverse e...
Clustering of spatial data in the presence of obstacles, facilitator and constraints has the very st...
[[abstract]]Two algorithms for polygonal approximation of a two-dimensional (2D) shape boundary are ...
An algorithm is described that fits boundary data of planar shapes in either rectangular coordinate ...
International audienceThis paper presents an algorithm dealing with the data reduction and the appro...
A new parallel algorithm for detecting corners of planar curves or shapes is proposed in this paper....
In this paper, we present a practical algorithm to extract a curve skeleton of a 3D shape. The core ...
A representation for polygons and polygonal lines is described which allows sets of consecutive side...
We develop a linear time method for transforming clusters of 2D-point data into area data while iden...
Typescript (photocopy).One of the fundamental problems of shape discrimination by machine vision is ...
Abstract-This paper describes a technique for transforming a two-dimensional shape into a binary rel...
The problem of curve clustering when curves are misaligned is considered. A novel algorithm is descr...
The nesting of two-dimensional irregular shapes is a common problem which is frequently encountered ...
Abstract—Redistricting is the process of dividing a geographic area consisting of spatial units—ofte...
This book covers the most important topics in the area of pattern recognition, object recognition, c...
Polygonal models are the most common representation of 3D data in computer graphics and in reverse e...
Clustering of spatial data in the presence of obstacles, facilitator and constraints has the very st...
[[abstract]]Two algorithms for polygonal approximation of a two-dimensional (2D) shape boundary are ...