Abstract—Image component labeling is a process that assigns unique labels to the connected components in a binary image. In this paper, we propose a fast image component labeling using a GPU. The key idea of our approach is to make a connected graph from connected components in sub-images and propagate these labels on that graph. We have implemented our algorithm on the NVIDIA GeForce GTX680. The experimental results for a spiral pattern image and a hilbert curve image show that our implementation is 1.7 and 2.9 times faster than that of the existing research, respectively. Index Terms—Image component labeling, GPU, CUD
Optimizing connected component labeling is currently a very active research field. Some teams claim ...
This paper describes an architecture of a connected-cluster labeling algorithm for binary images bas...
Connected component labeling (CCL) is a task of detecting connected regions in input data, and it fi...
International audienceUntil recent years, labeling algorithms for GPUs have been iterative. This was...
Graph component labelling, which is a subset of the general graph colouring problem, is a computatio...
Graph component labelling, which is a subset of the general graph colouring problem, is a computatio...
International audienceModern computer architectures are mainly composed of multi-core processors and...
Connected Components Labeling (CCL) is a fundamental image processing technique, widely used in vari...
In this paper, we introduce a novel GPU-based Connected Components Labeling algorithm: the Block-bas...
Connected Component Labeling (CCL) is a basic algorithm in image processing and an essential step in...
Connected components labelling (CCL) is one of the basic steps in various image-processing applicati...
In this paper the problem of Connected Components Labeling (CCL) in binary images using Graphic Proc...
Level-set methods are commonly used to segment regions of interest within images or volumes. These t...
This paper presents two new strategies that can be used to greatly improve the speed of connected c...
Abstract—Optimizing connected component labeling is cur-rently a very active research field. Some te...
Optimizing connected component labeling is currently a very active research field. Some teams claim ...
This paper describes an architecture of a connected-cluster labeling algorithm for binary images bas...
Connected component labeling (CCL) is a task of detecting connected regions in input data, and it fi...
International audienceUntil recent years, labeling algorithms for GPUs have been iterative. This was...
Graph component labelling, which is a subset of the general graph colouring problem, is a computatio...
Graph component labelling, which is a subset of the general graph colouring problem, is a computatio...
International audienceModern computer architectures are mainly composed of multi-core processors and...
Connected Components Labeling (CCL) is a fundamental image processing technique, widely used in vari...
In this paper, we introduce a novel GPU-based Connected Components Labeling algorithm: the Block-bas...
Connected Component Labeling (CCL) is a basic algorithm in image processing and an essential step in...
Connected components labelling (CCL) is one of the basic steps in various image-processing applicati...
In this paper the problem of Connected Components Labeling (CCL) in binary images using Graphic Proc...
Level-set methods are commonly used to segment regions of interest within images or volumes. These t...
This paper presents two new strategies that can be used to greatly improve the speed of connected c...
Abstract—Optimizing connected component labeling is cur-rently a very active research field. Some te...
Optimizing connected component labeling is currently a very active research field. Some teams claim ...
This paper describes an architecture of a connected-cluster labeling algorithm for binary images bas...
Connected component labeling (CCL) is a task of detecting connected regions in input data, and it fi...