Add to ORKGDue to stagnating processor clock rates, parallelism will be the source for future performance improvements. Despite the growing complexity, users now demand for better per-formance of general-purpose parallel software without sac
IT giants like Intel and AMD have set the stage for extensive use of Multicoreprocessors in IT busin...
High-performance, parallel programs want uninterrupted access to physical resources. This character...
Automatic performance tuning (auto-tuning) has been used in parallel numerical applications for adap...
The recent transformation from an environment where gains in computational performance came from inc...
International audiencePortability of performance has been the underlying assumption for the vast maj...
The general-purpose computing industry is at a major cross-roads. Power constraints and design compl...
In today’s multicore era, parallelization of serial code is essential in order to exploit the archit...
Over the last several decades we have witnessed tremendous change in the landscape of computer archi...
The recent shift to multicore designs for mainstream processors offers the potential to improve the ...
Scientific software applications are increasingly developed by large interdiscplinary teams operatin...
Parallelism is ubiquitous in modern computer architectures. Heterogeneity of CPU cores and deep memo...
The industry wide shift to multicore architectures presents the software development community with ...
Multicore architectures require parallel computation and explicit management of the memory hierarchy...
The problem of writing software for multicore processors is greatly simplified if we could automatic...
The tuning of parallel programs on large distributed-memory machines today is usually a costly, and ...
IT giants like Intel and AMD have set the stage for extensive use of Multicoreprocessors in IT busin...
High-performance, parallel programs want uninterrupted access to physical resources. This character...
Automatic performance tuning (auto-tuning) has been used in parallel numerical applications for adap...
The recent transformation from an environment where gains in computational performance came from inc...
International audiencePortability of performance has been the underlying assumption for the vast maj...
The general-purpose computing industry is at a major cross-roads. Power constraints and design compl...
In today’s multicore era, parallelization of serial code is essential in order to exploit the archit...
Over the last several decades we have witnessed tremendous change in the landscape of computer archi...
The recent shift to multicore designs for mainstream processors offers the potential to improve the ...
Scientific software applications are increasingly developed by large interdiscplinary teams operatin...
Parallelism is ubiquitous in modern computer architectures. Heterogeneity of CPU cores and deep memo...
The industry wide shift to multicore architectures presents the software development community with ...
Multicore architectures require parallel computation and explicit management of the memory hierarchy...
The problem of writing software for multicore processors is greatly simplified if we could automatic...
The tuning of parallel programs on large distributed-memory machines today is usually a costly, and ...
IT giants like Intel and AMD have set the stage for extensive use of Multicoreprocessors in IT busin...
High-performance, parallel programs want uninterrupted access to physical resources. This character...
Automatic performance tuning (auto-tuning) has been used in parallel numerical applications for adap...