Convexity represents a fundamental descriptor of object shape. This paper presents a new convexity measure for both open and closed simple contours. Given such a contour this measure extracts two corresponding open convex hulls. The shape similarity between these two hulls and the original contour is then computed and normalized to give a measure of convexity. The time complexity of the proposed technique is O(n). The authors believe this technique represents the first measure of convexity which uses shape similarity and which can be applied to both open and closed contours. The proposed technique is shown to provide similar or greater performance relative to two other state of the art techniques
This paper presents a novel convexity measurement for 3D meshes. The new convexity measure is calcul...
Often objects which are not convex in the mathematical sense are treated as `perceptually convex&apo...
A new area-based convexity measure for polygons is described. It has the desirable properties that i...
Convexity represents a fundamental descriptor of object shape. This paper presents a new convexity ...
Convexity represents a fundamental descriptor of object shape. This paper presents a new convexity m...
Shape descriptors are used in many computer vision tasks. Convexity is one of the most widely used s...
Shape descriptors are used in many computer vision tasks. Convexity is one of the most widely used s...
In order to improve the effectiveness of shape based classification there is an ongoing interest in ...
In order to improve the effectiveness of shape-based classification, there is an ongoing interest in...
In this paper, we study three basic novel measures of convexity for shape analysis. The convexity co...
In this paper we define a new measure for shape descriptor. The measure is based on the concept of c...
In this paper we propose a new idea to design a measure for shape descriptors based on the concept o...
This paper considers the problem of constructing shape measures; we start by giving a short overview...
This paper presents a novel convexity measurement for 3D meshes. The new convexity measure is calcul...
This paper presents a novel convexity measurement for 3D meshes. The new convexity measure is calcul...
Often objects which are not convex in the mathematical sense are treated as `perceptually convex&apo...
A new area-based convexity measure for polygons is described. It has the desirable properties that i...
Convexity represents a fundamental descriptor of object shape. This paper presents a new convexity ...
Convexity represents a fundamental descriptor of object shape. This paper presents a new convexity m...
Shape descriptors are used in many computer vision tasks. Convexity is one of the most widely used s...
Shape descriptors are used in many computer vision tasks. Convexity is one of the most widely used s...
In order to improve the effectiveness of shape based classification there is an ongoing interest in ...
In order to improve the effectiveness of shape-based classification, there is an ongoing interest in...
In this paper, we study three basic novel measures of convexity for shape analysis. The convexity co...
In this paper we define a new measure for shape descriptor. The measure is based on the concept of c...
In this paper we propose a new idea to design a measure for shape descriptors based on the concept o...
This paper considers the problem of constructing shape measures; we start by giving a short overview...
This paper presents a novel convexity measurement for 3D meshes. The new convexity measure is calcul...
This paper presents a novel convexity measurement for 3D meshes. The new convexity measure is calcul...
Often objects which are not convex in the mathematical sense are treated as `perceptually convex&apo...
A new area-based convexity measure for polygons is described. It has the desirable properties that i...