| title | author | abstract | include-before | date |
|---|---|---|---|---|
Benchmarking our supercomputers |
Alexandre Strube^1^\footnote{Corresponding author – [email protected]} |
This is a first attempt to organize my thoughts on my current work with creating and tuning benchmarks which show me our supercomputers' software and hardware health. The idea is to have a set of benchmarks based on real codes which allow me to see, in a short glance, if everything is fine. |
^1^ Forschungszentrum Jülich GmbH, 52425 Jülich, Germany. \newline \newline benchmarking, high-performance computing, hpc, jupyter, supercomputers |
\today |
Test [@doi:10.1177/109434208900300302], has become a popular shaping route for all kinds of macroporous materials. The process is based on the segregation of matter (particles or solute) by growing crystals in a suspension or solution (Fig. 1). After complete solidification, the solvent crystals are removed by sublimation. The porosity obtained is thus an almost direct replica of the solvent crystals.
