Graph partitioning is an important abstraction used in solving many scientific computing problems. Unfortunately, the standard partitioning model does not incorporate considerations that are important in many settings. We address this by describing a generalized partitioning model which incorporates the notion of partition skew and is applicable to a variety of problems. We then develop enhancements to several important partitioning algorithms necessary to solve the generalized partitioning problem. Finally we demonstrate the benefit of employing several of these generalized methods to static decomposition of parallel computing problems
Partitioning graphs into equally large groups of nodes while minimizing the number of edges between ...
International audienceGraph partitioning is a technique used for solving many problems in scientific...
Many graph-related applications face the challenge of managing excessive and ever-growing graph data...
Many problems appearing in scientific computing and other areas can be formulated as a graph parti...
Calculations can naturally be described as graphs in which vertices represent computation and edges ...
This paper surveys graph partitioning algorithms used for parallel computing, with an emphasis on th...
AbstractA skew partition as defined by Chvátal is a partition of the vertex set of a graph into four...
We survey recent trends in practical algorithms for balanced graph partitioning, point to applicatio...
Abstract. The paper gives an overview of our recent work on balanced graph partitioning – partition ...
Graph partitioning is considered to be a standard solution to process huge graphs efficiently when p...
AbstractA general graph partitioning problem, which includes graph colouring, homomorphism to H, con...
A graph partition problem is to cut a graph into 2 or more good pieces. The methods are based o
Partitioning graphs into equally large groups of nodes while minimizing the number of edges between ...
Graph partitioning is the problem of splitting a graph into two or more partitions of fixed sizes wh...
[[abstract]]©1991 JISE-This paper studies strategies for partitioning programs on distributed-memory...
Partitioning graphs into equally large groups of nodes while minimizing the number of edges between ...
International audienceGraph partitioning is a technique used for solving many problems in scientific...
Many graph-related applications face the challenge of managing excessive and ever-growing graph data...
Many problems appearing in scientific computing and other areas can be formulated as a graph parti...
Calculations can naturally be described as graphs in which vertices represent computation and edges ...
This paper surveys graph partitioning algorithms used for parallel computing, with an emphasis on th...
AbstractA skew partition as defined by Chvátal is a partition of the vertex set of a graph into four...
We survey recent trends in practical algorithms for balanced graph partitioning, point to applicatio...
Abstract. The paper gives an overview of our recent work on balanced graph partitioning – partition ...
Graph partitioning is considered to be a standard solution to process huge graphs efficiently when p...
AbstractA general graph partitioning problem, which includes graph colouring, homomorphism to H, con...
A graph partition problem is to cut a graph into 2 or more good pieces. The methods are based o
Partitioning graphs into equally large groups of nodes while minimizing the number of edges between ...
Graph partitioning is the problem of splitting a graph into two or more partitions of fixed sizes wh...
[[abstract]]©1991 JISE-This paper studies strategies for partitioning programs on distributed-memory...
Partitioning graphs into equally large groups of nodes while minimizing the number of edges between ...
International audienceGraph partitioning is a technique used for solving many problems in scientific...
Many graph-related applications face the challenge of managing excessive and ever-growing graph data...