This paper presents an algorithm to find the optimal affine partitions that maximize the degree of parallelism and minimize the degree of synchronization in programs with arbitrary loop nestings and affine data accesses. The problem is formulated without the use of imprecise data dependence abstractions such as data dependence vectors. The algorithm presented subsumes previously proposed loop transformation algorithms that are based on unimodular transformations
Given a regular application described by a system of uniform recurrence equations, systolic arrays a...
Inspite of all the advances, automatic parallelization has not entered the general purpose compiling...
Abstract:- An approach, permitting us to build free schedules for affine loops with affine dependenc...
Executing a program in parallel machines needs not only to find sufficient parallelism in a program,...
The paper is concerned with the uniformization of a system of affine recurrence equations. This tran...
This paper adresses the problem of efficient mappings of nested loops, and more generally of system...
We present two algorithms to minimize the amount of synchronization added when parallelizing a loop ...
International audienceAutomatic coarse-grained parallelization of pro- gram loops is of great import...
The paper extends the framework of linear loop transformations adding a new nonlinear step at the tr...
International audienceAffine transformations have proven to be powerful for loop restructuring due t...
Affine transformations have proven to be powerful for loop restructuring due to their ability to mod...
We present new techniques for compilation of arbitrarily nested loops with affine dependences for di...
Minimizing communication overhead when mapping affine loop nests onto distributed memory parallel co...
Effective programming of parallel architectures has always been a challenge, and it is especially co...
Supercompilers perform complex program transformations which often result in new loop bounds. This p...
Given a regular application described by a system of uniform recurrence equations, systolic arrays a...
Inspite of all the advances, automatic parallelization has not entered the general purpose compiling...
Abstract:- An approach, permitting us to build free schedules for affine loops with affine dependenc...
Executing a program in parallel machines needs not only to find sufficient parallelism in a program,...
The paper is concerned with the uniformization of a system of affine recurrence equations. This tran...
This paper adresses the problem of efficient mappings of nested loops, and more generally of system...
We present two algorithms to minimize the amount of synchronization added when parallelizing a loop ...
International audienceAutomatic coarse-grained parallelization of pro- gram loops is of great import...
The paper extends the framework of linear loop transformations adding a new nonlinear step at the tr...
International audienceAffine transformations have proven to be powerful for loop restructuring due t...
Affine transformations have proven to be powerful for loop restructuring due to their ability to mod...
We present new techniques for compilation of arbitrarily nested loops with affine dependences for di...
Minimizing communication overhead when mapping affine loop nests onto distributed memory parallel co...
Effective programming of parallel architectures has always been a challenge, and it is especially co...
Supercompilers perform complex program transformations which often result in new loop bounds. This p...
Given a regular application described by a system of uniform recurrence equations, systolic arrays a...
Inspite of all the advances, automatic parallelization has not entered the general purpose compiling...
Abstract:- An approach, permitting us to build free schedules for affine loops with affine dependenc...