This paper studies the essence of heterogeneity from the perspective of language mechanism design. The proposed mechanism, called tiles, is a program construct that bridges two relative levels of computation: an outer level of source data in larger, slower or more distributed memory and an inner level of data blocks in smaller, faster or more localized memory.SCI(E)EIARTICLEcyf@pku.edu.cn; cuixiang08@pku.edu.cn; meih@pku.edu.cn8287-2885
This paper describes the ParaPhrase project, a new 3-year targeted research project funded under EU ...
Tiling has proven to be an effective mechanism to develop high performance implementations of algori...
This talk will outline work conducted in my group (in Montreal) during the last few years on the des...
The importance of tiles or blocks in scientific computing cannot be overstated. Many algorithms, bot...
Coding a highly parallel application to run on a heterogeneous suite of processors (both metacompute...
The importance of tiles or blocks in mathematics and thus computer science cannot be overstated. Fro...
This thesis covers the design and implementation of Legion, a new programming model and runtime syst...
Anytime you work with oranges and apples, you’ll need a number of schemes to organize total performa...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sour...
Writing high performance programs is a non-trivial task and remains a challenge even to advanced pro...
This paper describes the ParaPhrase project, a new 3-year targeted research project funded under EU ...
We deal with compiler support for parallelizing perfectly nested loops for coarse-grain distributed ...
Abstract. The tile assembly model has allowed the study of the nature’s process of self-assembly and...
Computer systems have become more heterogeneous due to the breakdown of Dennard Scaling and the rapi...
Subdividing the iteration space of a loop into blocks or tiles with a fixed maximum size has several...
This paper describes the ParaPhrase project, a new 3-year targeted research project funded under EU ...
Tiling has proven to be an effective mechanism to develop high performance implementations of algori...
This talk will outline work conducted in my group (in Montreal) during the last few years on the des...
The importance of tiles or blocks in scientific computing cannot be overstated. Many algorithms, bot...
Coding a highly parallel application to run on a heterogeneous suite of processors (both metacompute...
The importance of tiles or blocks in mathematics and thus computer science cannot be overstated. Fro...
This thesis covers the design and implementation of Legion, a new programming model and runtime syst...
Anytime you work with oranges and apples, you’ll need a number of schemes to organize total performa...
In the framework of fully permutable loops, tiling has been extensively studied as a source-to-sour...
Writing high performance programs is a non-trivial task and remains a challenge even to advanced pro...
This paper describes the ParaPhrase project, a new 3-year targeted research project funded under EU ...
We deal with compiler support for parallelizing perfectly nested loops for coarse-grain distributed ...
Abstract. The tile assembly model has allowed the study of the nature’s process of self-assembly and...
Computer systems have become more heterogeneous due to the breakdown of Dennard Scaling and the rapi...
Subdividing the iteration space of a loop into blocks or tiles with a fixed maximum size has several...
This paper describes the ParaPhrase project, a new 3-year targeted research project funded under EU ...
Tiling has proven to be an effective mechanism to develop high performance implementations of algori...
This talk will outline work conducted in my group (in Montreal) during the last few years on the des...