As the semiconductor industry faces major challenges in sustaining its growth, new High-Level Synthesis tools are repositioning FPGAs as a leading technology for algorithm acceleration in the face of CPU and GPU-based clusters. But as it stands, for a software engineer, these tools do not guarantee, without expertise of the underlying hardware, that these technologies will be harnessed to their full potential. This can be a game breaker for their democratization. From this observation, we propose a methodology for algorithm acceleration on FPGAs. After presenting a high-level model of this architecture, we detail possible optimizations in OpenCL, and finally define a relevant exploration strategy for accelerating algorithms on FPGA. Applied...
Field programmable gate arrays or FPGAs are the Swiss army knife of the compute accelerators. They a...
International audienceThe work presented deals with the evaluation of F-PGAs resurgence for hardware...
The increasing need for computing power imposed by the complexity of processing algorithms and the s...
As the semiconductor industry faces major challenges in sustaining its growth, new High-Level Synthe...
A l'heure où l'industrie des semi-conducteurs fait face à des difficultés majeures pour entretenir u...
International audienceThis article gives a methodological approach to accelerating an environment of...
This contribution presents the performance modeling of a super desktop with GPU and FPGA accelerator...
International audienceCet article propose une méthodologie pour accélérer un environnement d'une sim...
Modern computing platforms for embedded systems are evolving towards heterogeneous architectures com...
Hardware acceleration is the use of custom hardware architectures to perform some computations faste...
Low-power, high-performance computing nowadays relies on accelerator cards to speed up the calculati...
In our study, we present the results of the implementation of SHA-512 algorithm in FPGA. The disting...
Les systèmes embarqués sur puce (SoC: Systems-on-Chip) sont devenus de plus en plus complexes grâce ...
Field programmable gate arrays or FPGAs are the Swiss army knife of the compute accelerators. They a...
International audienceThe work presented deals with the evaluation of F-PGAs resurgence for hardware...
The increasing need for computing power imposed by the complexity of processing algorithms and the s...
As the semiconductor industry faces major challenges in sustaining its growth, new High-Level Synthe...
A l'heure où l'industrie des semi-conducteurs fait face à des difficultés majeures pour entretenir u...
International audienceThis article gives a methodological approach to accelerating an environment of...
This contribution presents the performance modeling of a super desktop with GPU and FPGA accelerator...
International audienceCet article propose une méthodologie pour accélérer un environnement d'une sim...
Modern computing platforms for embedded systems are evolving towards heterogeneous architectures com...
Hardware acceleration is the use of custom hardware architectures to perform some computations faste...
Low-power, high-performance computing nowadays relies on accelerator cards to speed up the calculati...
In our study, we present the results of the implementation of SHA-512 algorithm in FPGA. The disting...
Les systèmes embarqués sur puce (SoC: Systems-on-Chip) sont devenus de plus en plus complexes grâce ...
Field programmable gate arrays or FPGAs are the Swiss army knife of the compute accelerators. They a...
International audienceThe work presented deals with the evaluation of F-PGAs resurgence for hardware...
The increasing need for computing power imposed by the complexity of processing algorithms and the s...