An ideal language for parallel programming will have to satisfy simultaneously many conflicting requirements. The main problem is that of achieving a high performance without having to explicitly allocate low-level machine resources from within a program. Another is to obtain some degree of portability at the source code level. By restricting the ways in which parallelism may be exploited, we believe it is possible to automate the compilation process to such a degree that these requirements can be met
International audienceThis paper presents a technique for representing the high level semantics of p...
The goal of this dissertation is to give programmers the ability to achieve high performance by focu...
Two basic technology gaps in today's parallel computers are: 1) too much latency in accessing o...
We survey parallel programming models and languages using six criteria to assess their suitability ...
In order to utilize parallel computers, four approaches, broadly speaking, to the provision of paral...
The most important features that a parallel programming language should provide are portability, mod...
Over the past two decades tremendous progress has been made in both the design of parallel architect...
In parallel programming, the need to manage communication, load imbalance, and irregular-ities in th...
Traditionally, languages were created and intended for sequential machines and were, naturally, sequ...
It is now rather easy to build the hardware of a multiprocessor computer, but still quite difficult ...
This paper describes methods to adapt existing optimizing compilers for sequential languages to prod...
The most important features that a parallel programming language should provide are portability, mod...
Most people write their programs in high-level languages because they want to develop their algorith...
Abstract. Parallel programming continues to be difficult, despite substantial and ongoing research a...
This paper describes parallelizing compilers which allow programmers to tune parallel program perfor...
International audienceThis paper presents a technique for representing the high level semantics of p...
The goal of this dissertation is to give programmers the ability to achieve high performance by focu...
Two basic technology gaps in today's parallel computers are: 1) too much latency in accessing o...
We survey parallel programming models and languages using six criteria to assess their suitability ...
In order to utilize parallel computers, four approaches, broadly speaking, to the provision of paral...
The most important features that a parallel programming language should provide are portability, mod...
Over the past two decades tremendous progress has been made in both the design of parallel architect...
In parallel programming, the need to manage communication, load imbalance, and irregular-ities in th...
Traditionally, languages were created and intended for sequential machines and were, naturally, sequ...
It is now rather easy to build the hardware of a multiprocessor computer, but still quite difficult ...
This paper describes methods to adapt existing optimizing compilers for sequential languages to prod...
The most important features that a parallel programming language should provide are portability, mod...
Most people write their programs in high-level languages because they want to develop their algorith...
Abstract. Parallel programming continues to be difficult, despite substantial and ongoing research a...
This paper describes parallelizing compilers which allow programmers to tune parallel program perfor...
International audienceThis paper presents a technique for representing the high level semantics of p...
The goal of this dissertation is to give programmers the ability to achieve high performance by focu...
Two basic technology gaps in today's parallel computers are: 1) too much latency in accessing o...