General information
Description
The Compact Muon Solenoid (CMS) experiment is a large general-purpose particle physics detectors built on the proton-proton Large Hadron Collider (LHC) at CERN in Switzerland.
Acknowledgments Statement
No Acknowledgment Statement
Resources
| Max used physical non-swap i386 memory size |
2000 |
| Max used physical non-swap x86_64 memory size |
2000 |
| Max size of scratch space used by jobs |
20000 |
| Max time of job execution |
2880 |
| Job wall clock time limit |
4320 |
| number cores |
| min number cores : |
|
| pref number cores : |
|
| max number cores : |
|
| number of ram |
| min number ram : |
0 |
| 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 |
Other requirements
Input I/O requirement is an average 2.5 MB/s per job from MSS.
All jobs need to have outbound connectivity.
Sites must not use pool accounts for the FQAN cms:/cms/Role=lcgadmin .
For any other CMS job, sites need to use pool accounts so that at any time every grid credential is mapped to an independent local account.
National VOMS groups:
In CMS national VOMS groups, e.g. /cms/becms or /cms/dcms, are used. Those proxies must be "supported" at all sites in the following way:
- glexec must not fail
- should be treated like /cms (base group), in case no special treated is wanted by the site
- proxies with such national groups must be able to write to /store/user/temp (the PFN associated to this LFN)
For additional details like contacts , please
log in