Add to ORKGSettling on a simple abstraction that programmers aim at, and hardware and software systems people enable and support, is an important step towards convergence to a robust many-core platform. The current paper: (i) advocates incorporating a quest for the simplest possible abstraction in the debate on the future of many-core computers, (ii) suggests “immediate concurrent execution (ICE)” as a new abstraction, and (iii) argues that an XMT architecture is one possible demonstration of ICE providing an easy-to-program general-purpose many-core platform
International audienceThis paper presents a new method to parallelize programs, adapted to manycore ...
We propose to search for common abstractions for concurrency models to enable multi-language virtual...
In this short paper, we propose a refreshing approach to the duel between GPU and CPU: treat the CPU...
Settling on a simple abstraction that programmers aim at, and hardware and software systems people e...
The sudden shift from single-processor computer systems to many-processor parallel computing systems...
The sudden shift from single-processor computer systems to many-processor parallel computing systems...
Common many-core processors contain tens of cores and distributed memory. Compared to a multicore sy...
Common many-core processors contain tens of cores and distributed memory. Compared to a multicore sy...
While parallel programming for very regular problems has been used in the scientific community by no...
Many-core architectures face significant hurdles to successful adoption by ISVs, and ultimately, the...
With increasing use of computers that employ many independent processing units, commercial and techn...
The natural world is certainly not organised through a central thread of control. Things happen as t...
In the 70s, Edsgar Dijkstra, Per Brinch Hansen and C.A.R Hoare introduced the fundamental concepts f...
Faced with nearly stagnant clock speed advances, chip manufacturers have turned to parallelism as th...
Parallel hardware1 has become a ubiquitous component in computer processing technology. Uniprocessor...
International audienceThis paper presents a new method to parallelize programs, adapted to manycore ...
We propose to search for common abstractions for concurrency models to enable multi-language virtual...
In this short paper, we propose a refreshing approach to the duel between GPU and CPU: treat the CPU...
Settling on a simple abstraction that programmers aim at, and hardware and software systems people e...
The sudden shift from single-processor computer systems to many-processor parallel computing systems...
The sudden shift from single-processor computer systems to many-processor parallel computing systems...
Common many-core processors contain tens of cores and distributed memory. Compared to a multicore sy...
Common many-core processors contain tens of cores and distributed memory. Compared to a multicore sy...
While parallel programming for very regular problems has been used in the scientific community by no...
Many-core architectures face significant hurdles to successful adoption by ISVs, and ultimately, the...
With increasing use of computers that employ many independent processing units, commercial and techn...
The natural world is certainly not organised through a central thread of control. Things happen as t...
In the 70s, Edsgar Dijkstra, Per Brinch Hansen and C.A.R Hoare introduced the fundamental concepts f...
Faced with nearly stagnant clock speed advances, chip manufacturers have turned to parallelism as th...
Parallel hardware1 has become a ubiquitous component in computer processing technology. Uniprocessor...
International audienceThis paper presents a new method to parallelize programs, adapted to manycore ...
We propose to search for common abstractions for concurrency models to enable multi-language virtual...
In this short paper, we propose a refreshing approach to the duel between GPU and CPU: treat the CPU...