Since the days of OpenMP 1.0 computer hardware has become more complex, typically by specializing compute units for coarse- and fine-grained parallelism in incrementally deeper hierarchies of parallelism. Newer versions of OpenMP reacted by introducing new mechanisms for querying or controlling its individual levels, each time adding another concept such as places, teams, and progress groups. In this paper we propose going back to the roots of OpenMP in the form of nested parallelism for a simpler model and more flexible handling of arbitrary deep hardware hierarchies.Comment: IWOMP'23 preprin
OpenMP provides a portable programming interface for shared memory parallel computers (SMPs). Althou...
International audienceComputing in parallel means performing computation simultaneously, this genera...
International audienceApproaching the theoretical performance of hierarchical multicore machines req...
Many and multicore architectures put a big pressure in parallel programming but gives a unique oppor...
In this paper we discuss the use of nested parallelism. Our claim is that if the problem naturally p...
International audienceExploiting the full computational power of always deeper hierarchical multipro...
During the last decade, parallel programming has evolved in an unprecedent way. Fifteen years ago, t...
With the introduction of more powerful and massively parallel embedded processors, embedded systems ...
With the introduction of more powerful and massively parallel embedded processors, embedded systems ...
This paper describes the support provided by the NanosCompiler to nested parallelism in OpenMP. The ...
This article evaluates the current support for heterogeneous OpenMP 5.2 applications regarding the s...
This paper proposes a set of extensions to the OpenMP programming model to express complex pipelined...
Nested parallelism is a well-known parallelization strategy to exploit irregular parallelism in HPC ...
This paper describes the support provided by the NanosCompiler to nested parallelism in OpenMP. The ...
The recent addition of task parallelism to the OpenMP shared memory API allows programmers to expres...
OpenMP provides a portable programming interface for shared memory parallel computers (SMPs). Althou...
International audienceComputing in parallel means performing computation simultaneously, this genera...
International audienceApproaching the theoretical performance of hierarchical multicore machines req...
Many and multicore architectures put a big pressure in parallel programming but gives a unique oppor...
In this paper we discuss the use of nested parallelism. Our claim is that if the problem naturally p...
International audienceExploiting the full computational power of always deeper hierarchical multipro...
During the last decade, parallel programming has evolved in an unprecedent way. Fifteen years ago, t...
With the introduction of more powerful and massively parallel embedded processors, embedded systems ...
With the introduction of more powerful and massively parallel embedded processors, embedded systems ...
This paper describes the support provided by the NanosCompiler to nested parallelism in OpenMP. The ...
This article evaluates the current support for heterogeneous OpenMP 5.2 applications regarding the s...
This paper proposes a set of extensions to the OpenMP programming model to express complex pipelined...
Nested parallelism is a well-known parallelization strategy to exploit irregular parallelism in HPC ...
This paper describes the support provided by the NanosCompiler to nested parallelism in OpenMP. The ...
The recent addition of task parallelism to the OpenMP shared memory API allows programmers to expres...
OpenMP provides a portable programming interface for shared memory parallel computers (SMPs). Althou...
International audienceComputing in parallel means performing computation simultaneously, this genera...
International audienceApproaching the theoretical performance of hierarchical multicore machines req...