Applications based on streams, ordered sequences of data values, are important targets of program optimization because of their high computational requirements and the diversity of their application domains: communication, embedded systems, multimedia, etc. One of the most important and difficult problems in special purpose stream language design and implementation is how to schedule these applications in a fine-grain way to exploit available machine resources In this thesis we propose a framework for fine-grain scheduling of streaming applications and nested loops in general. First, we try to pipeline steady state phases (inner loops), by finding the repeated kernel pattern, and executing actor occurrences in parallel as much as possible. ...
All major semiconductor companies are now shipping multi-cores. Phones, PCs, laptops, and mobile in...
Abstract. Stream languages explicitly describe fork-join and pipeline parallelism, offering a powerf...
Stream languages explicitly describe fork-join and pipeline parallelism, o ering a powerful programm...
Applications based on streams, ordered sequences of data values, are important targets of program op...
Les applications de flux de données sont des cibles importantes de l optimisation de programme en ra...
Part 4: Session 4: Multi-core Computing and GPUInternational audienceHow to parallelize the great am...
Many application areas for embedded systems, such as DSP, media coding, and image processing, are ba...
Instruction scheduling and Software pipelining are important compilation techniques which reorder in...
AbstractStream programming languages have become popular owing to their representations that enable ...
This thesis is concerned with the automatic parallelization of real-time stream processing applicati...
International audienceSoftware pipelining (or modulo scheduling) is a powerful back-end optimization...
Abstract — Stream programming models promise dra-matic improvements in developers ’ ability to expre...
International audienceStream languages explicitly describe fork-join parallelism and pipelines, offe...
The constant evolution of processors architectures, with superscalar, instruction-level parallelism,...
International audienceTo effectively program parallel architectures it is important to combine a sim...
All major semiconductor companies are now shipping multi-cores. Phones, PCs, laptops, and mobile in...
Abstract. Stream languages explicitly describe fork-join and pipeline parallelism, offering a powerf...
Stream languages explicitly describe fork-join and pipeline parallelism, o ering a powerful programm...
Applications based on streams, ordered sequences of data values, are important targets of program op...
Les applications de flux de données sont des cibles importantes de l optimisation de programme en ra...
Part 4: Session 4: Multi-core Computing and GPUInternational audienceHow to parallelize the great am...
Many application areas for embedded systems, such as DSP, media coding, and image processing, are ba...
Instruction scheduling and Software pipelining are important compilation techniques which reorder in...
AbstractStream programming languages have become popular owing to their representations that enable ...
This thesis is concerned with the automatic parallelization of real-time stream processing applicati...
International audienceSoftware pipelining (or modulo scheduling) is a powerful back-end optimization...
Abstract — Stream programming models promise dra-matic improvements in developers ’ ability to expre...
International audienceStream languages explicitly describe fork-join parallelism and pipelines, offe...
The constant evolution of processors architectures, with superscalar, instruction-level parallelism,...
International audienceTo effectively program parallel architectures it is important to combine a sim...
All major semiconductor companies are now shipping multi-cores. Phones, PCs, laptops, and mobile in...
Abstract. Stream languages explicitly describe fork-join and pipeline parallelism, offering a powerf...
Stream languages explicitly describe fork-join and pipeline parallelism, o ering a powerful programm...