In this paper, an efficient algorithm to implement loop partitioning is introduced and evaluated. We improve recent results of Agarwal, Kranz and Natarajan in several directions. We give a more accurate estimation of the cumulative footprint, and we derive a much more powerful algorithm to determine the optimal tile shape. We illustrate the superiority of our algorithm on the same examples as those of Agarwal, Kranz and Natarajan to ensure the fairness of the comparisons.Nous présentons dans ce papier une heuristique efficace permettant de faire de la distribution de boucles. Nous appuyons notre travail sur un papier récent de Agarwal, Kranz et Natarajan que nous améliorons dans de nombreuses directions. Plus précisement, nous proposons une...
This paper addresses the problem of compiling nested loops for distributed memory machines. The rela...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
The model-based transformation of loop programs is a way of detecting fine-grained parallelism in se...
In this paper, an efficient algorithm to implement loop partitioning is introduced and evaluated. We...
In this paper, an efficient algorithm to implement loop partitioning is introduced and evaluated. We...
this paper we will present a solution to the problem of determining loop and data partitions automat...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
In this report we address the issue of loop tiling to minimize the completion time of the loop when ...
In this paper, we present a new methodology that provides i) a theoretical analysis of the two most ...
This paper addresses the problem of compiling perfectly nested loops for multicomputers (distributed...
We deal with compiler support for parallelizing perfectly nested loops for coarse-grain distributed ...
In this paper, we present a new methodology that provides i) a theoretical analysis of the two most ...
This paper addresses the problem of compiling nested loops for distributed memory machines. The rela...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
The model-based transformation of loop programs is a way of detecting fine-grained parallelism in se...
In this paper, an efficient algorithm to implement loop partitioning is introduced and evaluated. We...
In this paper, an efficient algorithm to implement loop partitioning is introduced and evaluated. We...
this paper we will present a solution to the problem of determining loop and data partitions automat...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
International audienceLoop tiling is a loop transformation widely used to improve spatial and tempor...
In this report we address the issue of loop tiling to minimize the completion time of the loop when ...
In this paper, we present a new methodology that provides i) a theoretical analysis of the two most ...
This paper addresses the problem of compiling perfectly nested loops for multicomputers (distributed...
We deal with compiler support for parallelizing perfectly nested loops for coarse-grain distributed ...
In this paper, we present a new methodology that provides i) a theoretical analysis of the two most ...
This paper addresses the problem of compiling nested loops for distributed memory machines. The rela...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
The model-based transformation of loop programs is a way of detecting fine-grained parallelism in se...