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3D Simulations of Jittering-Jets in Core-Collapse Supernovae on Cy-Tera » Dr. Manthos Papadopoulos’ group from the National Hellenic Research Foundati...
3D Simulations of Jittering-Jets in Core Collapse Supernovae on Cy-Tera » Professor Noam Soker and his PhD student were awarded 200,000 CPU hours on C...
BA Access for first-principle studies on two-dimensional and layered materials »   Professor Tsetseris’ novel material group was allocated close to 200...
Cy-Tera Access simulations for swimming biologically inspired robots »   Professor Ekaterinaris’ group were allocated 200,000 CPU hours and p...
The 4th SESAME – LinkSCEEM Summer School (Report) »   Event: The 4th SESAME – LinkSCEEM Summer SchoolDate: 15-17 June, 201...
Report on SESAME-LinkSCEEM HPC Roadshow at Jordan University for Science and Tec... »   Date & Location: Sunday May 4, 11:00 AM, JUST Campus, Salah-Elde...
Discontinuous Galerkin discretizations over two Production calls »   After a successful 1st LinkSCEEM production call application, Profes...
Pressure-velocity coupled high performance CFD modelling – from Preparatory to P... » After an unsuccessful 1st LinkSCEEM/Cy-Tera production call application wher...
An Environmental Science and Technology group from Cyprus progresses from prepar... »   Dr. Daskalakis’ environmental science and technology group started u...
The 4th SESAME – LinkSCEEM Summer School » The 4th SESAME – LinkSCEEM Summer School 15 – 17 June 2014 – Amman, Jordan ...
Friday, 31 Mar 2023
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HPC Numerical Libraries @ CINECA
From Monday 10 March 2014 -  08:00
To Wednesday 12 March 2014 - 17:00
by  This e-mail address is being protected from spambots. You need JavaScript enabled to view it Hits : 690

 

When dealing with performance problems of programs involving a large amount of numerical operations, an HPC programmer has to know the existence of specifically developed numerical libraries, and how to use them. Their high scalability and portability can be of great help, since they can save a good amount of computing time and memory, and avoid the effort of having to think and implement functions already covered by one of such libraries. In this course, some of the most important numerical libraries for HPC will be presented: In particular, there will be covered libraries for Linear Algebra (ScaLAPACK and others), Fast Fourier Transform (FFTW and others) and modelling with Partial Differential Equations (PETSc). Time for practicing with these libraries is also scheduled.

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