We discover a surprising connection between graph coloring in two orthogonal paradigms: parallel and on-line computing. We present a randomized on-line coloring algorithm with a performance ratio of O(n / log n), an improvement of p log n factor over the previous best known algorithm of Vishwanathan. Also, from the same principles, we construct a parallel coloring algorithm with the same performance ratio, for the first such result. As a byproduct, we obtain a parallel approximation for the independent set problem
Article dans revue scientifique avec comité de lecture.We present the first efficient parallel algor...
This paper presents very fast parallel algorithms for approximate edge coloring. Let log(1)n=logn,lo...
International audienceIn parallel computation domain, graph coloring is widely studied in its own an...
Graph coloring is an abstraction of scheduling problems. Using an exclusive-read and exclusive-write...
The problem of computing good graph colorings arises in many diverse applications, such as in the es...
AbstractWe develop some general techniques for converting randomized parallel algorithms into determ...
In recent times an evident trend in hardware is to opt for multi-core CPUs. This has lead to a situa...
In recent times an evident trend in hardware is to opt for multi-core CPUs. This has lead to a situa...
A parallel (CRCW PRAM) algorithm is given to find a $k$-coloring of a graph randomly drawn from the ...
Identifying the sets of operations that can be executed simultaneously is an important problem ap-pe...
Abstract. In large-scale parallel applications a graph coloring is often carried out to schedule com...
A parallel (CRCW PRAM) algorithm is given to find a $k$-coloring of a graph randomly drawn from the ...
In parallel computing, a valid graph coloring yields a lock-free processing of the colored tasks, da...
AbstractAn algorithm for vertex-coloring graphs is said to be on-line if each vertex is irrevocably ...
AbstractThis paper presents very fast parallel algorithms for approximate edge coloring. Let log(1)n...
Article dans revue scientifique avec comité de lecture.We present the first efficient parallel algor...
This paper presents very fast parallel algorithms for approximate edge coloring. Let log(1)n=logn,lo...
International audienceIn parallel computation domain, graph coloring is widely studied in its own an...
Graph coloring is an abstraction of scheduling problems. Using an exclusive-read and exclusive-write...
The problem of computing good graph colorings arises in many diverse applications, such as in the es...
AbstractWe develop some general techniques for converting randomized parallel algorithms into determ...
In recent times an evident trend in hardware is to opt for multi-core CPUs. This has lead to a situa...
In recent times an evident trend in hardware is to opt for multi-core CPUs. This has lead to a situa...
A parallel (CRCW PRAM) algorithm is given to find a $k$-coloring of a graph randomly drawn from the ...
Identifying the sets of operations that can be executed simultaneously is an important problem ap-pe...
Abstract. In large-scale parallel applications a graph coloring is often carried out to schedule com...
A parallel (CRCW PRAM) algorithm is given to find a $k$-coloring of a graph randomly drawn from the ...
In parallel computing, a valid graph coloring yields a lock-free processing of the colored tasks, da...
AbstractAn algorithm for vertex-coloring graphs is said to be on-line if each vertex is irrevocably ...
AbstractThis paper presents very fast parallel algorithms for approximate edge coloring. Let log(1)n...
Article dans revue scientifique avec comité de lecture.We present the first efficient parallel algor...
This paper presents very fast parallel algorithms for approximate edge coloring. Let log(1)n=logn,lo...
International audienceIn parallel computation domain, graph coloring is widely studied in its own an...