Add to ORKGInternational audienceOptimizing connected component labeling is currently a very active research field. Some teams claim to have design the fastest algorithm ever designed. This paper presents a review of these algorithms and a enhanced benchmark that improve classical random images benchmark with a varying granularity set of random images in order to become closer to natural image behavior
In this paper we propose a new paradigm for connected components labeling, which employs a general a...
International audienceUntil recent years, labeling algorithms for GPUs have been iterative. This was...
Connected components labeling of a binary image is one of the most fundamental oper-ations in image ...
International audienceOptimizing connected component labeling is currently a very active research fi...
Abstract—Optimizing connected component labeling is cur-rently a very active research field. Some te...
This paper presents two new strategies that can be used to greatly improve the speed of connected c...
This paper presents two new strategies to speed up connected component labeling algorithms. The fir...
This paper presents two strategies that can be used to improve the speed of Connected Components Lab...
International audience—Optimizing connected component labeling is cur-rently a very active research ...
The problem of labeling the connected components of a binary image is well-defined and several propo...
This paper presents two new strategies to speed up connectedcomponent labeling algorithms. The first...
International audienceThe paper introduces the parallel version of the Light Speed Labeling (LSL) an...
Abstract Block-based connected components labeling is by far the fastest algorithm to label the conn...
Problem statement: Many approaches have been proposed in previous such as the classic sequential con...
In this paper we propose a new paradigm for connected components labeling, which employs a general a...
International audienceUntil recent years, labeling algorithms for GPUs have been iterative. This was...
Connected components labeling of a binary image is one of the most fundamental oper-ations in image ...
International audienceOptimizing connected component labeling is currently a very active research fi...
Abstract—Optimizing connected component labeling is cur-rently a very active research field. Some te...
This paper presents two new strategies that can be used to greatly improve the speed of connected c...
This paper presents two new strategies to speed up connected component labeling algorithms. The fir...
This paper presents two strategies that can be used to improve the speed of Connected Components Lab...
International audience—Optimizing connected component labeling is cur-rently a very active research ...
The problem of labeling the connected components of a binary image is well-defined and several propo...
This paper presents two new strategies to speed up connectedcomponent labeling algorithms. The first...
International audienceThe paper introduces the parallel version of the Light Speed Labeling (LSL) an...
Abstract Block-based connected components labeling is by far the fastest algorithm to label the conn...
Problem statement: Many approaches have been proposed in previous such as the classic sequential con...
In this paper we propose a new paradigm for connected components labeling, which employs a general a...
International audienceUntil recent years, labeling algorithms for GPUs have been iterative. This was...
Connected components labeling of a binary image is one of the most fundamental oper-ations in image ...