Abstract — This paper details our current research project on the efficient utilization of many-core systems by utilizing applica-tions based on a novel kind of software pipelines. These pipelines form malleable applications that can change their degree of par-allelism at runtime. This allows not only for a well-balanced load, but also for an efficient distribution of the cores to the individual, competing applications to maximize the overall system perfor-mance. We are convinced that malleable software pipelines will significantly outperform existing mapping and scheduling solu-tions. Index Terms — Parallel architectures, multicore processing, pipeline processing, multiprocessing systems
AbstractStream programming languages have become popular owing to their representations that enable ...
A multi-core processor is a single computing unit with two or more processors (“cores”). These cores...
Even though chip multiprocessors have emerged as the predominant organization for future microproces...
There’s no doubt that the fundamentals of computer programming were broken at the launch of the mu...
Computing has moved away from a focus on performance-centric serial computation, instead towards ene...
The industry wide shift to multicore architectures presents the software development community with ...
With increasing use of computers that employ many independent processing units, commercial and techn...
Part 4: Session 4: Multi-core Computing and GPUInternational audienceHow to parallelize the great am...
Many-core systems integrate a growing number of cores on a single chip and are expected to integrate...
Multicore processors have become ubiquitous in today's computing platforms, extending from smartphon...
Many problems currently require more processor throughput than can be achieved with current single-p...
Writing software for one parallel system is a feasible though arduous task. Reusing the substantial ...
With the advent of Multicore architecture availability, exploiting parallelism is posing certain tre...
Today’s processors exploit the fine grain data parallelism that exists in many applications via ILP ...
Irregular applications have frequent data-dependent memory accesses and control flow. They arise in ...
AbstractStream programming languages have become popular owing to their representations that enable ...
A multi-core processor is a single computing unit with two or more processors (“cores”). These cores...
Even though chip multiprocessors have emerged as the predominant organization for future microproces...
There’s no doubt that the fundamentals of computer programming were broken at the launch of the mu...
Computing has moved away from a focus on performance-centric serial computation, instead towards ene...
The industry wide shift to multicore architectures presents the software development community with ...
With increasing use of computers that employ many independent processing units, commercial and techn...
Part 4: Session 4: Multi-core Computing and GPUInternational audienceHow to parallelize the great am...
Many-core systems integrate a growing number of cores on a single chip and are expected to integrate...
Multicore processors have become ubiquitous in today's computing platforms, extending from smartphon...
Many problems currently require more processor throughput than can be achieved with current single-p...
Writing software for one parallel system is a feasible though arduous task. Reusing the substantial ...
With the advent of Multicore architecture availability, exploiting parallelism is posing certain tre...
Today’s processors exploit the fine grain data parallelism that exists in many applications via ILP ...
Irregular applications have frequent data-dependent memory accesses and control flow. They arise in ...
AbstractStream programming languages have become popular owing to their representations that enable ...
A multi-core processor is a single computing unit with two or more processors (“cores”). These cores...
Even though chip multiprocessors have emerged as the predominant organization for future microproces...