DLR Portal
Home
|
Sitemap
|
Kontakt
|
Barrierefreiheit
Impressum und Nutzungsbedingungen
Datenschutz
Cookies & Tracking
|
English
Sie sind hier:
Home
:
Aktuelles
:
Veranstaltungen
:
PyHPC 2011
:
Abstracts
Erweiterte Suche
Aktuelles
Veranstaltungen
VESTEC Online-Abschlussworkshop 2022
TiGL Workshop 2018
PyHPC 2011
CPACS/RCE2012
PyHPC 2012
PyHPC 2013
IPAW 2014
SECESA 2014
PyHPC 2014
PyHPC 2015
PyHPC 2016
PyHPC 2017
PyHPC 2018
Archiv
Institut
Abteilungen
Themen
Projekte
Software
Veröffentlichungen
Karriere
Abstracts
Zurück
Drucken
A Technical Anatomy Of How OpenMPI Applications Can Inherit Fault-Tolerance Using SPM.Python
Minesh B Amin
SPM.Python is a scalable, parallel fault-tolerant version of the serial Python language, and can be deployed to create parallel capabilities to solve problems in domains divning finance, life sciences, electronic design, IT, visualization, and research. Software developers may use SPM.Python to augment new or existing (Python) serial scripts for scalability across parallel hardware. Alternatively, SPM.Python may be used to better manage the execution of stand-alone (non-Python x86 and GPU) applications across compute resources in a fault-tolerant manner taking into account hard deadlines. In this paper, we shall review how OpenMPI applications (legacy or otherwise) can inherit fault-tolerance using SPM.Python.
PyHPC2011
Call for Papers
Program
Abstracts
Program Committee
Downloads
PyHPC2011-Program
(0,2 MB)
PyHPC2011-CfP
(0,33 MB)
Links
SC11
Workshop Python for High Performance and Scientific Computing (SC11)
Submission page (EasyChair)
Birds of a Feather Python for High Performance Computing (SC11)
Facebook event page
Twitter @PyHPC2011
Copyright © 2022 Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR). Alle Rechte vorbehalten.