Abstract: In the last few decades, image processing has achieved significant theoretical and practical progress. It has been so fast that image processing can be easily traced in several disciplines and industries. At present, various methods have been proposed to implement image processing. The present paper aims to present a technique for image processing which utilizes design and analysis of parallel algorithms. It employs a new approach called “algorithmic skeletons ” which is composed of a set of programming templates; hence facilitating the programmers ’ work
International audienceSKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed s...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...
International audienceSKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed s...
SKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed since 1996 and running...
Developing embedded parallel image processing applications is usually a very hardware-dependent proc...
This paper is a general overview of the SKIPPER project, run at Blaise Pascal University between 199...
International audienceWe present a design methodology for real-time vision applications aiming at si...
International audienceWe present a design methodology for real-time vision applications aiming at si...
International audienceWe present a design methodology for real-time vision applications aiming at si...
International audienceWe present a design methodology for real-time vision applications aiming at si...
Abstract—Graphics Processing Units (GPUs) are becoming increasingly important in high performance co...
International audienceSKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed s...
Abstract. We present a design methodology for real-time vision applications aiming at significantly ...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...
International audienceSKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed s...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...
International audienceSKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed s...
SKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed since 1996 and running...
Developing embedded parallel image processing applications is usually a very hardware-dependent proc...
This paper is a general overview of the SKIPPER project, run at Blaise Pascal University between 199...
International audienceWe present a design methodology for real-time vision applications aiming at si...
International audienceWe present a design methodology for real-time vision applications aiming at si...
International audienceWe present a design methodology for real-time vision applications aiming at si...
International audienceWe present a design methodology for real-time vision applications aiming at si...
Abstract—Graphics Processing Units (GPUs) are becoming increasingly important in high performance co...
International audienceSKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed s...
Abstract. We present a design methodology for real-time vision applications aiming at significantly ...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...
International audienceSKiPPER is a SKeleton-based Parallel Programming EnviRonment being developed s...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...
Algorithmic skeletons can be used to write architecture independent programs, shielding application ...