Modern multicore systems offer huge computing potential. Exploiting large parallel systems is still a very challenging task, however, especially as many software developers still use overly-sequential programming models. refactoring tool support that allows the programmer to introduce and tune parallelism in an easy and effective way, exploiting high-level parallel patterns such as farms and pipelines. Using our approach, we achieve speedups of up to 21 on a 24-core shared-memory system for a number of realistic use-cases.</p
To run a software application on a large number of parallel processors, N, and expect to obtain spee...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...
The end of Dennard scaling also brought an end to frequency scaling as a means to improve performanc...
Modern multicore systems offer huge computing potential. Exploiting large parallel systems is still ...
Computing is everywhere and our society depends on it. Increased performance over the last decades h...
In the multicore era, a major programming task will be to make programs more parallel. This is ted...
Increasing concerns about food security have stimulated integrated assessment of the sustainability ...
Farming is one of severals ways of arranging for a group of individuals to perform work simultaneous...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...
This paper presents a new technique for introducing and tuning parallelism for heterogeneous shared-...
The recent switch to parallel microprocessors is a milestone in the history of computing. Industry h...
Funding: This work has been supported by the European Union grants RII3-CT-2005- 026133 SCIEnce: Sym...
Recent trends towards increasingly parallel computers mean that there needs to be a seismic shift in...
The thesis provides a tool to explore the performances achieved using functionally equivalent parall...
The relative ease with which it is possible to build inexpensive, high-performance multicomputers u...
To run a software application on a large number of parallel processors, N, and expect to obtain spee...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...
The end of Dennard scaling also brought an end to frequency scaling as a means to improve performanc...
Modern multicore systems offer huge computing potential. Exploiting large parallel systems is still ...
Computing is everywhere and our society depends on it. Increased performance over the last decades h...
In the multicore era, a major programming task will be to make programs more parallel. This is ted...
Increasing concerns about food security have stimulated integrated assessment of the sustainability ...
Farming is one of severals ways of arranging for a group of individuals to perform work simultaneous...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...
This paper presents a new technique for introducing and tuning parallelism for heterogeneous shared-...
The recent switch to parallel microprocessors is a milestone in the history of computing. Industry h...
Funding: This work has been supported by the European Union grants RII3-CT-2005- 026133 SCIEnce: Sym...
Recent trends towards increasingly parallel computers mean that there needs to be a seismic shift in...
The thesis provides a tool to explore the performances achieved using functionally equivalent parall...
The relative ease with which it is possible to build inexpensive, high-performance multicomputers u...
To run a software application on a large number of parallel processors, N, and expect to obtain spee...
Parallel patterns are a high-level programming paradigm that enables non-experts in parallelism to d...
The end of Dennard scaling also brought an end to frequency scaling as a means to improve performanc...