This work analyses the benefits of a system in an HPC environment, which being able to get real performance data from jobs, uses it for future scheduling in order to improve the performance of the applications with minimal user input
High performance computing (HPC) scheduling landscape currently faces new challenges due to the chan...
This article focuses on the problem of dealing with low accuracy of job runtime estimates provided b...
A correct evaluation of scheduling algorithms and a good understanding of their optimization criteri...
Taufer, MichelaHigh performance computing (HPC) is undergoing many changes at both the system and wo...
Many breakthroughs in scientific and industrial research are supported by simulations and calculatio...
Doctor of PhilosophyDepartment of Computer ScienceDaniel A. AndresenOverestimation of High Performan...
As High Performance Computing (HPC) has grown considerably and is expected to grow even more, effect...
High performance computing (HPC) platforms provides computing, storage and communication facilities ...
International audienceNew emerging fields are developing a growing number of large-scale application...
Power use in data centers and high‐performance computing (HPC) facilities has grown in tandem with i...
As High Performance Computing (HPC) systems get closer to exascale performance, job dispatching stra...
peer reviewedAt the advent of a wished (or forced) convergence between High Performance Computing (H...
High performance computing (HPC) scheduling landscape currently faces new challenges due to the chan...
One of the most important metrics of machine efficiency in HPC is job turnaround time, which is the ...
We present a technique for deriving predictions for the run times of parallel applications from the ...
High performance computing (HPC) scheduling landscape currently faces new challenges due to the chan...
This article focuses on the problem of dealing with low accuracy of job runtime estimates provided b...
A correct evaluation of scheduling algorithms and a good understanding of their optimization criteri...
Taufer, MichelaHigh performance computing (HPC) is undergoing many changes at both the system and wo...
Many breakthroughs in scientific and industrial research are supported by simulations and calculatio...
Doctor of PhilosophyDepartment of Computer ScienceDaniel A. AndresenOverestimation of High Performan...
As High Performance Computing (HPC) has grown considerably and is expected to grow even more, effect...
High performance computing (HPC) platforms provides computing, storage and communication facilities ...
International audienceNew emerging fields are developing a growing number of large-scale application...
Power use in data centers and high‐performance computing (HPC) facilities has grown in tandem with i...
As High Performance Computing (HPC) systems get closer to exascale performance, job dispatching stra...
peer reviewedAt the advent of a wished (or forced) convergence between High Performance Computing (H...
High performance computing (HPC) scheduling landscape currently faces new challenges due to the chan...
One of the most important metrics of machine efficiency in HPC is job turnaround time, which is the ...
We present a technique for deriving predictions for the run times of parallel applications from the ...
High performance computing (HPC) scheduling landscape currently faces new challenges due to the chan...
This article focuses on the problem of dealing with low accuracy of job runtime estimates provided b...
A correct evaluation of scheduling algorithms and a good understanding of their optimization criteri...