In the field of scientific computation, loop tiling is an indispensable technique for improving cache performance, and thereby the overall performance of the code. Research so far has predominantly been focusing on optimizing the code of a particular tiling choice, under a specific problem setting. In this thesis, I wish to both statistically explore the most important factors in different tiling scenarios, as well as the role the problem parameters may play when making tiling decisions
Performance optimization of stencil computations has been widely studied in the literature, since th...
International audienceStencil computation represents an important numerical kernel in scientific com...
The effectiveness of the memory hierarchy is critical for the performance of current processors. The...
Abstract—Loop tiling is a useful technique used to achieve cache optimization in scientific computat...
Tile-size selection is known to be a complex problem. Thjs paper develops a new selecbion algorithm....
Loop tiling is an effective optimizing transformation to boost the memory performance of a program, ...
The key common bottleneck in most stencil codes is data movement, and prior research has shown that ...
Abstract Performance optimization of stencil computations has beenwidely studied in the literature, ...
Loop tiling is an effective optimizing transformation to reduce the memory access cost of a program,...
The topic I am investigating is High Performance Computing. I am investigating the factors affecting...
Abstract. This paper proposes tiling techniques based on data depen-dencies and not in code structur...
Tiling is a well-known loop transformation technique to enhance temporal data locality. In our previ...
Abstract—Increasingly, the main bottleneck limiting performance on emerging multi-core and many-core...
Application codes reliably achieve performance far less than the advertised capabilities of existing...
AbstractIt is crucial to optimize stencil computations since they are the core (and most computation...
Performance optimization of stencil computations has been widely studied in the literature, since th...
International audienceStencil computation represents an important numerical kernel in scientific com...
The effectiveness of the memory hierarchy is critical for the performance of current processors. The...
Abstract—Loop tiling is a useful technique used to achieve cache optimization in scientific computat...
Tile-size selection is known to be a complex problem. Thjs paper develops a new selecbion algorithm....
Loop tiling is an effective optimizing transformation to boost the memory performance of a program, ...
The key common bottleneck in most stencil codes is data movement, and prior research has shown that ...
Abstract Performance optimization of stencil computations has beenwidely studied in the literature, ...
Loop tiling is an effective optimizing transformation to reduce the memory access cost of a program,...
The topic I am investigating is High Performance Computing. I am investigating the factors affecting...
Abstract. This paper proposes tiling techniques based on data depen-dencies and not in code structur...
Tiling is a well-known loop transformation technique to enhance temporal data locality. In our previ...
Abstract—Increasingly, the main bottleneck limiting performance on emerging multi-core and many-core...
Application codes reliably achieve performance far less than the advertised capabilities of existing...
AbstractIt is crucial to optimize stencil computations since they are the core (and most computation...
Performance optimization of stencil computations has been widely studied in the literature, since th...
International audienceStencil computation represents an important numerical kernel in scientific com...
The effectiveness of the memory hierarchy is critical for the performance of current processors. The...