This document presents the main achievements of the extension of Work Package 8 ‘Community Code Scaling’, which focuses on the re-design and refactoring of a number of codes for scientific numerical applications, in order to effectively run on coming generations of supercomputing architectures, optimally exploiting their innovative features. The extension was conceived in order to further enhance the results exploiting the developed competencies, skills and synergies. A subset of codes originally in WP8 underwent further refactoring. For each code, the results are summarised (the details are given in the corresponding papers, official documentation and related web sites, in particular the WP8 wiki pages: http://prace2ip-wp8.hpcforge.org). T...
Task T7.1 “Scaling and Optimisation of Applications Codes” in Work Package 7 of PRACE-3IP aims to pr...
For many years, the stability of the architecture paradigm has facilitated the performance portabili...
Durant de longues années, la stabilité dans le paradigme d'architecture a facilité la portabilité de...
This document presents the work plan for the extension of Work Package 8 ‘Community Code Scaling’, w...
The present document provides a snapshot of the contents of the PRACE-2IP work package 8 (hereafter ...
This document collects and presents the results produced by Work Package 8 ‘Community Code Scaling’ ...
Science and its challenges are primary targets of the PRACE effort. Work Package 8 (hereafter WP8) a...
In this document we describe the performance-critical numerical kernels extracted from a number of c...
Work Package 7 ‘Application Enabling and Support’ provides applications enabling support for HPC app...
Work Package 7 “Enabling Petascale Applications: Efficient Use of Tier-0 Systems” (WP7) ensures the ...
In this deliverable we present the scientific codes performance modelling carried out during the fir...
The Work Package 7 ‘Application Enabling and Support’ provides applications enabling services for HP...
PRACE-5IP Work Package 7 (WP7) ‘Applications Enabling and Support’ enables support for High Performa...
The objective of PRACE-3IP Work Package 7 (WP7) ‘Application Enabling and Support’ is to provide app...
The Work Package 7 ‘Application Enabling and Support’ provides applications enabling support for HPC...
Task T7.1 “Scaling and Optimisation of Applications Codes” in Work Package 7 of PRACE-3IP aims to pr...
For many years, the stability of the architecture paradigm has facilitated the performance portabili...
Durant de longues années, la stabilité dans le paradigme d'architecture a facilité la portabilité de...
This document presents the work plan for the extension of Work Package 8 ‘Community Code Scaling’, w...
The present document provides a snapshot of the contents of the PRACE-2IP work package 8 (hereafter ...
This document collects and presents the results produced by Work Package 8 ‘Community Code Scaling’ ...
Science and its challenges are primary targets of the PRACE effort. Work Package 8 (hereafter WP8) a...
In this document we describe the performance-critical numerical kernels extracted from a number of c...
Work Package 7 ‘Application Enabling and Support’ provides applications enabling support for HPC app...
Work Package 7 “Enabling Petascale Applications: Efficient Use of Tier-0 Systems” (WP7) ensures the ...
In this deliverable we present the scientific codes performance modelling carried out during the fir...
The Work Package 7 ‘Application Enabling and Support’ provides applications enabling services for HP...
PRACE-5IP Work Package 7 (WP7) ‘Applications Enabling and Support’ enables support for High Performa...
The objective of PRACE-3IP Work Package 7 (WP7) ‘Application Enabling and Support’ is to provide app...
The Work Package 7 ‘Application Enabling and Support’ provides applications enabling support for HPC...
Task T7.1 “Scaling and Optimisation of Applications Codes” in Work Package 7 of PRACE-3IP aims to pr...
For many years, the stability of the architecture paradigm has facilitated the performance portabili...
Durant de longues années, la stabilité dans le paradigme d'architecture a facilité la portabilité de...