In this paper a novel approach to extract 2D skeleton information (skeletonization) from natural image is proposed. The work presented here is the extension of our previous paper presented at the International Sympsosium on Multimedia 2016. In the past work, a threshold based method is utilized. Here the algorithm is further improved by using a better edge points detection and skeleton extraction. Furthermore the proposed method is compared with the Skeleton Strength Map (SSM) and shows better result visually and numerically (F-measure comparison)
International audienceA skeleton is a centered geometric representation of a shape that describes th...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
Thinning operations and distance transforms have long been used in extracting skeleton information o...
Non-pixel-based skeletonization techniques show many advantages over traditional pixel-based methods...
The accuracy of a non-pixel-based skeletonization method is largely dependent on the contour informa...
Skeletonization using the Constrained Delaunay Triangulation technique has proven very effective, wi...
Abstract. Skeletonization is a transformation of an object in a digital image into a simplified repr...
This paper presents an algorithm with the purpose of improving upon the already successful constrain...
Skeletonization is a transformation of a component of a digital image into a subset of the original ...
This paper presents a new skeletonization method based on a novel concept — discrete local symmetry....
The skeleton is an important feature in the representation of a shape in image analysis. In this pap...
Analyzing the structure of 2D shapes has been studied intensively in recent years. It is a key aspec...
A major problem with traditional skeletonization algorithms is that their results do not always conf...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
Thinning operations and distance transforms have long been used in extracting skeleton information o...
Non-pixel-based skeletonization techniques show many advantages over traditional pixel-based methods...
The accuracy of a non-pixel-based skeletonization method is largely dependent on the contour informa...
Skeletonization using the Constrained Delaunay Triangulation technique has proven very effective, wi...
Abstract. Skeletonization is a transformation of an object in a digital image into a simplified repr...
This paper presents an algorithm with the purpose of improving upon the already successful constrain...
Skeletonization is a transformation of a component of a digital image into a subset of the original ...
This paper presents a new skeletonization method based on a novel concept — discrete local symmetry....
The skeleton is an important feature in the representation of a shape in image analysis. In this pap...
Analyzing the structure of 2D shapes has been studied intensively in recent years. It is a key aspec...
A major problem with traditional skeletonization algorithms is that their results do not always conf...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
International audienceA skeleton is a centered geometric representation of a shape that describes th...
Thinning operations and distance transforms have long been used in extracting skeleton information o...