The design is described of a parallel version of Tarjan's algorithm for the determination of equivalence classes in graphs that represent images. Distribution of the vertices of the graph over a number of processes leads to a message passing algorithm. The algorithm is mapped to a shared-memory architecture by means of POSIX threads. It is applied to the determination of connected components in image processing. Experiments show a satisfactory speedup for sufficiently large images. (C) 2001 Elsevier Science B.V. All rights reserved
Abstract. This paper presents the method of a parallel implementation of Tarjan’s algorithm that sol...
We present a parallel algorithm which uses n 2 processors to find the connected components of an und...
Taking advantage of the topological and isotopic properties of binary digital images, we present her...
AbstractThe design is described of a parallel version of Tarjan's algorithm for the determination of...
The design is described of a parallel version of Tarjan’s algorithm for the determination of equival...
AbstractThe design is described of a parallel version of Tarjan's algorithm for the determination of...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
An important task in image processing is the labelling of connected components, which is a basic seg...
The Connection Machine is a fine-grained parallel computer having up to 64K processors. It support...
This paper presents efficient and portable implementations of two useful primitives in image pro...
Abstract. In this paper we consider the problem of computing the connected components of the complem...
Tech ReportA parallel program is presented that determines the connected components of an undirected...
Abstract. This paper presents the method of a parallel implementation of Tarjan’s algorithm that sol...
We present a parallel algorithm which uses n 2 processors to find the connected components of an und...
Taking advantage of the topological and isotopic properties of binary digital images, we present her...
AbstractThe design is described of a parallel version of Tarjan's algorithm for the determination of...
The design is described of a parallel version of Tarjan’s algorithm for the determination of equival...
AbstractThe design is described of a parallel version of Tarjan's algorithm for the determination of...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
The design is described of a parallel version of Tarjan's algorithm for the determination of equival...
An important task in image processing is the labelling of connected components, which is a basic seg...
The Connection Machine is a fine-grained parallel computer having up to 64K processors. It support...
This paper presents efficient and portable implementations of two useful primitives in image pro...
Abstract. In this paper we consider the problem of computing the connected components of the complem...
Tech ReportA parallel program is presented that determines the connected components of an undirected...
Abstract. This paper presents the method of a parallel implementation of Tarjan’s algorithm that sol...
We present a parallel algorithm which uses n 2 processors to find the connected components of an und...
Taking advantage of the topological and isotopic properties of binary digital images, we present her...