This paper presents a novel model for 3D image segmentation and reconstruction. It has been designed with the aim to be implemented over a computer cluster or a multi-core platform. The required features include a nearly absolute independence between the processes participating in the segmentation task and providing amount of work as equal as possible for all the participants. As a result, it is avoid many drawbacks often encountered when performing a parallelization of an algorithm that was constructed to operate in a sequential manner. Furthermore, the proposed algorithm based on the new segmentation model is efficient and shows a very good, nearly linear performance growth along with the growing number of processing units.
In this paper, we propose a parallel algorithm for data classification, and its application for Magn...
Abstract—This paper proposes a parallel region growing image segmentation algorithm for Graphics Pro...
International audienceArtificial vision requires of large amount of computing power, especially when...
This paper presents a novel model for 3D image segmentation and reconstruction. It has been designed...
This paper presents a novel model for 3D image segmentation and reconstruction. It has been designed...
Digital processing of medical images has helped physicians and patients during past years by allowin...
The design of parallel architectures to perform image segmentation processing is given. In addition,...
Digital processing of medical images has helped physicians and patients during past years by allowin...
This paper presents efficient and portable implementations of a useful image segmentation technique ...
In this paper, we present how 3D split and merge segmentation using topological and geometrical stru...
The development of techniques for interpreting the structure of three-dimensional images, f(x,y,z), ...
The use of sequential programming is slowly getting replaced by distributed and parallel computing w...
In this paper, we present how 3D split and merge segmentation using topological and geometrical stru...
Image segmentation is one of the most computationally intensive operations in image processing and c...
Efficient segmentation of color images is important for many applications in computer vision. Non-pa...
In this paper, we propose a parallel algorithm for data classification, and its application for Magn...
Abstract—This paper proposes a parallel region growing image segmentation algorithm for Graphics Pro...
International audienceArtificial vision requires of large amount of computing power, especially when...
This paper presents a novel model for 3D image segmentation and reconstruction. It has been designed...
This paper presents a novel model for 3D image segmentation and reconstruction. It has been designed...
Digital processing of medical images has helped physicians and patients during past years by allowin...
The design of parallel architectures to perform image segmentation processing is given. In addition,...
Digital processing of medical images has helped physicians and patients during past years by allowin...
This paper presents efficient and portable implementations of a useful image segmentation technique ...
In this paper, we present how 3D split and merge segmentation using topological and geometrical stru...
The development of techniques for interpreting the structure of three-dimensional images, f(x,y,z), ...
The use of sequential programming is slowly getting replaced by distributed and parallel computing w...
In this paper, we present how 3D split and merge segmentation using topological and geometrical stru...
Image segmentation is one of the most computationally intensive operations in image processing and c...
Efficient segmentation of color images is important for many applications in computer vision. Non-pa...
In this paper, we propose a parallel algorithm for data classification, and its application for Magn...
Abstract—This paper proposes a parallel region growing image segmentation algorithm for Graphics Pro...
International audienceArtificial vision requires of large amount of computing power, especially when...