Add to ORKGInternational audienceIn the framework of fully permutable loops, tiling is a compiler technique (also known as 'loop blocking') that has been extensively studied as a source-to-source program transformation. Little work has been devoted to the mapping and scheduling of the tiles on to physical parallel processors. We present several new results in the context of limited computational resources and assuming communication-computation overlap. In particular, under some reasonable assumptions, we derive the optimal mapping and scheduling of tiles to physical processors
We deal with compiler support for parallelizing perfectly nested loops for coarse-grain distributed ...
This paper addresses the problem of compiling nested loops for distributed memory machines. The rela...
This work addresses the issue of exploiting intra-tile parallelism by overlapping communication with...
International audienceIn the framework of fully permutable loops, tiling is a compiler technique (al...
International audienceIn the framework of fully permutable loops, tiling is a compiler technique (al...
In the framework of perfect loop nests with uniform dependences, tiling has been extensively studied...
International audienceIn the framework of perfect loop nests with uniform dependences, tiling has be...
International audienceIn the framework of perfect loop nests with uniform dependences, tiling has be...
In the framework of perfect loop nests with uniform dependences, tiling has been extensively studied...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sour...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
Tiling is a well-known technique for sequential compiler optimization, as well as for automatic prog...
In this report we address the issue of loop tiling to minimize the completion time of the loop when ...
Iteration space tiling is a common strategy used by parallelizing compilers to reduce communication ...
We deal with compiler support for parallelizing perfectly nested loops for coarse-grain distributed ...
This paper addresses the problem of compiling nested loops for distributed memory machines. The rela...
This work addresses the issue of exploiting intra-tile parallelism by overlapping communication with...
International audienceIn the framework of fully permutable loops, tiling is a compiler technique (al...
International audienceIn the framework of fully permutable loops, tiling is a compiler technique (al...
In the framework of perfect loop nests with uniform dependences, tiling has been extensively studied...
International audienceIn the framework of perfect loop nests with uniform dependences, tiling has be...
International audienceIn the framework of perfect loop nests with uniform dependences, tiling has be...
In the framework of perfect loop nests with uniform dependences, tiling has been extensively studied...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sour...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sourc...
Tiling is a well-known technique for sequential compiler optimization, as well as for automatic prog...
In this report we address the issue of loop tiling to minimize the completion time of the loop when ...
Iteration space tiling is a common strategy used by parallelizing compilers to reduce communication ...
We deal with compiler support for parallelizing perfectly nested loops for coarse-grain distributed ...
This paper addresses the problem of compiling nested loops for distributed memory machines. The rela...
This work addresses the issue of exploiting intra-tile parallelism by overlapping communication with...