In the scope of technical and scientific computing the rush towards larger simulations, has been so far assisted by a steady downsizing of micro-processing units, which has allowed to increase the compute capacity of general-purpose architectures at constant power. As side effects of the end of Dennard's scaling, this process is now hitting its ultimate power limits and is just about to come to an end. The continuous grow of power consumption in supercomputers, requires a well-defined power budget at design time which should considers the worst-case power consumption to avoid outages. But supercomputers rarely cause the worst-case power consumption during their lifetime limiting the performance achievable in normal conditions. Another drawb...
The phenomenon of Dark Silicon has made processors over-provisioned with compute units that cannot b...
With the advent of a new generation of supercomputers characterized by tightly-coupled integration o...
Power and energy consumption are becoming key challenges for the supercomputers' exascale race. HPC ...
As side effects of the end of Dennard’s scaling, power and thermal technological walls stand in fron...
International audienceModern high performance computing subsystems (HPC) - including processor, netw...
Power and energy efficiency are important challenges for the High Performance Computing (HPC) commun...
International audienceHigh‐performance computing (HPC) systems require energy during their full life...
In the recent years, we have faced the evolution of high-performance computing (HPC) systems towards...
Power and energy efficiency are important challenges for the High Performance Computing (HPC) commun...
Power management is one of the most critical challenges on the path to exascale supercomputing. High...
International audienceThe advent of fast, unprecedentedly scalable, yet energy-hungry exascale super...
International audienceThe advent of unprecedentedly scalable yet energy hungry Exascale supercompute...
Energy efficiency in supercomputing is critical to limit operating costs and carbon footprints. Whil...
As the field of supercomputing continues its relentless push towards greater speeds and higher level...
ith the advent of the Exascale capability allowing supercomputers to perform at least 1018 IEEE 754 ...
The phenomenon of Dark Silicon has made processors over-provisioned with compute units that cannot b...
With the advent of a new generation of supercomputers characterized by tightly-coupled integration o...
Power and energy consumption are becoming key challenges for the supercomputers' exascale race. HPC ...
As side effects of the end of Dennard’s scaling, power and thermal technological walls stand in fron...
International audienceModern high performance computing subsystems (HPC) - including processor, netw...
Power and energy efficiency are important challenges for the High Performance Computing (HPC) commun...
International audienceHigh‐performance computing (HPC) systems require energy during their full life...
In the recent years, we have faced the evolution of high-performance computing (HPC) systems towards...
Power and energy efficiency are important challenges for the High Performance Computing (HPC) commun...
Power management is one of the most critical challenges on the path to exascale supercomputing. High...
International audienceThe advent of fast, unprecedentedly scalable, yet energy-hungry exascale super...
International audienceThe advent of unprecedentedly scalable yet energy hungry Exascale supercompute...
Energy efficiency in supercomputing is critical to limit operating costs and carbon footprints. Whil...
As the field of supercomputing continues its relentless push towards greater speeds and higher level...
ith the advent of the Exascale capability allowing supercomputers to perform at least 1018 IEEE 754 ...
The phenomenon of Dark Silicon has made processors over-provisioned with compute units that cannot b...
With the advent of a new generation of supercomputers characterized by tightly-coupled integration o...
Power and energy consumption are becoming key challenges for the supercomputers' exascale race. HPC ...