Kimik: Difference between revisions

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go back to [[Main_Page]], [[Computational Resources]], [[Clusters]], [[Local Clusters]]
go back to [[Main_Page]], [[Computational Resources]], [[Clusters]], [[Local Clusters]]
THIS INFORMATION IS OLD; CURRENTLY KIMIK IS BEING RE-STRUCTURED AND NEW NODES FORM THE NEW KIMIK2
NEW INFO SHOULD BE UPLOAD IN THE NEAR FUTURE


   
   
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Kimik is a cluster (currently) containing 140 nodes.[[Kimik's Quads]]
Kimik is a cluster (currently) containing 94 nodes.[[Kimik's Quads]]


* '''Queues/jobs:'''
* '''Queues/jobs:'''


Each user has a quota of '''15''' slots for jobs. The cluster is divided into four queues as follows...  
Each user has a quota of slots for jobs. The cluster is divided into two queues as follows...  


nanYar.short  
nanYar.short  
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           Works with all jobs types.
           Works with all jobs types.


nanYar.quad
          For "Quad Core" machines from nodes 095 to 140.
          Works with ADF and Gaussian jobs, but other jobs do not work well on these nodes yet.


* '''Quota/file server space'''
* '''Quota/file server space'''
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       command and some specific tips for submission of gaussian jobs.
       command and some specific tips for submission of gaussian jobs.
       With qs you specify the number of nodes you want, which one of the four available queues to access  
       With qs you specify the number of nodes you want, which one of the four available queues to access  
       (short queue (s), normal queue (n),long-queue (l), quad-queue (q)), which program to use (adf,  
       (short queue (s), normal queue (n),long-queue (l)), which program to use (adf,  
       gaussian, etc.), and then the input file name (usually with the *.in extension)
       gaussian, etc.), and then the input file name (usually with the *.in extension)



Revision as of 16:02, 25 March 2010

go back to Main_Page, Computational Resources, Clusters, Local Clusters


Kimik Information

Kimik is a cluster (currently) containing 94 nodes.Kimik's Quads

  • Queues/jobs:

Each user has a quota of slots for jobs. The cluster is divided into two queues as follows...

nanYar.short

         Two single processor machines (nodes 001 and 002).
         Allows all job types, but has a 1 hour time limit.

nanYar

         Older single processor machines from nodes 003 to 045. 
         Works with all job types.
         Currently disabled due to problems vs. the SIRIUS server.

nanYar.l

         Single processor machines from nodes 046 to 094.
         Works with all jobs types.


  • Quota/file server space

The $HOME of each user has a quota of 23 GB.

There is softquota, that will announce by a message that you are close to exceed the quota limit.

After reaching the maximum, the user will not be able to write in the $HOME until deleting/compressing some files. That also affects the calculations, if there is not enough space to write the output, they will unfortunately die.

Kimik "How to ..."

  • How to submit calculations
     Use the qs command.
     If you type the command “qs” you get a help menu that shows you how to use the 
     command and some specific tips for submission of gaussian jobs.
     With qs you specify the number of nodes you want, which one of the four available queues to access 
     (short queue (s), normal queue (n),long-queue (l)), which program to use (adf, 
     gaussian, etc.), and then the input file name (usually with the *.in extension)
  • How to view the status of your jobs
     Use the command qstat to give a list of jobs running on the system.
     For more information on the jobs, use the -f key.
     For information on a specific user, use the key -u username.
  • How to kill jobs
     Use the command qdel and the job identifier.
  • How to check the quota

You can check the disk space you are using by looking at how to check the disk space used

  • How to print from kimik
     You can run the next command from command line:
              
                  lpr -PLEXMARK file_to_print