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VO Id Card : vo.sn2ns.in2p3.fr   Update

  • 1 General Information
  • 2 Aknowledgement statement
  • 3 Resources

General information

Name vo.sn2ns.in2p3.fr
Status Leaving
Validation date 2012-02-14
Last change 2016-07-05
Discipline
Enrollment Url https://grid12.lal.in2p3.fr:8443/voms/vo.sn2ns.in2p3.fr/register/start.action
Homepage Url http://irfu.cea.fr/Projets/SN2NS
Support Procedure Url

Description

SN2NS (SuperNova to Neutron Stars) is dedicated to the modeling of stellar core-collapse, the birth of neutron stars and black holes. The SN2NS project gathers the expertises of three groups in IRFU (Saclay), IPN (Orsay) and LUTh (Meudon), in order to develop a numerical tool to simulate and understand the core-collapse taking place at the end of the life of massive stars exceeding 9 solar masses. The first second of the collapse determines both the onset of supernova explosions, and the birth conditions of neutron stars and black holes.

Acceptable Use Policy

text This Acceptable Use Policy applies to all members of vo.sn2ns.in2p3.fr Virtual Organisation,
hereafter referred to as the VO, with reference to use of the EGI Grid infrastructure,
hereafter referred to as the Grid.

The IRFU (Saclay), IPN (Orsay) and LUTh (Meudon) institutes or laboratories own and give authority to this policy.

Goal and description of the vo.sn2ns.in2p3.fr VO
-------------------------------------------------------------------------------
The SN2NS project gathers the expertises of three groups in IRFU (Saclay), IPN (Orsay) and LUTh (Meudon), in order to develop a numerical tool to simulate and understand the core-collapse taking place at the end of the life of massive stars
exceeding 9 solar masses. The first second of the collapse determines both the onset of supernova explosions, and the birth conditions of neutron stars and black holes.

Members and Managers of the VO agree to be bound by the Grid Acceptable Usage Rules, VO Security Policy and other relevant Grid Policies, and to use the Grid only in the furtherance of the stated goal of the VO.

Acknowledgments Statement

Grant Id n/a
Scientific publications URL
Suggested This work benefited from services provided by the vo.sn2ns.in2p3.fr Virtual Organisation, supported by the national resource providers of the EGI Federation.

Resources

Max used physical non-swap i386 memory size 2048
Max used physical non-swap x86_64 memory size 2048
Max size of scratch space used by jobs 20000
Max time of job execution 7200
Job wall clock time limit 14400
number cores
min number cores :
pref number cores :
max number cores :
number of ram
min number ram :
pref number ram :
max number ram :
scratch space values
min scratch space values :
pref scratch space values :
max scratch space values :

Cloud Resources

CPU Core 0
VM Ram 0
Storage Size 0

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