Changes between Version 62 and Version 63 of Public/User_Guide/Batch_system

Timestamp:

Apr 3, 2023, 1:19:49 PM (2 years ago)

Author:

Anke Kreuzer

Comment:

—

Public/User_Guide/Batch_system

@@ -3 +3 @@
 = Information about the batch system (SLURM) =
 
-The DEEP prototype systems are running SLURM for resource management. Documentation of Slurm can be found [https://slurm.schedmd.com/ here].
+The DEEP prototype system is running SLURM for resource management. Documentation of Slurm can be found [https://slurm.schedmd.com/ here].
 
 == Overview ==
@@ -12 +12 @@
 
   || '''Name''' || '''Description''' ||
-  || dp-cn || dp-cn[01-50], DEEP-EST Cluster nodes (Xeon Skylake) ||
-  || dp-dam || dp-dam[01-16], DEEP-EST Dam nodes (Xeon Cascadelake + 1 V100 + 1 Stratix 10) ||
-  || dp-esb || dp-esb[log:@26-75 "[01-75]"], DEEP-EST ESB nodes connected with IB EDR (Xeon Cascadelake + 1 V100) ||
-  || dp-sdv-esb || dp-sdv-esb[01-02], DEEP-EST ESB Test nodes (Xeon Cascadelake + 1 V100) ||
+  || dp-cn || dp-cn[01-50], DEEP Cluster nodes (Xeon Skylake) ||
+  || dp-dam || dp-dam[01-16], DEEP DAM nodes (Xeon Cascadelake + 1 V100 + 1 Stratix 10) ||
+  || dp-esb || dp-esb[log:@26-75 "[01-75]"], DEEP ESB nodes connected with IB EDR (Xeon Cascadelake + 1 V100) ||
+  || dp-sdv-esb || dp-sdv-esb[01-02], DEEP ESB Test nodes (Xeon Cascadelake + 1 V100) ||
   || ml-gpu || ml-gpu[01-03], GPU test nodes for ML applications (4 V100 cards) ||
   || knl || knl[01,04-06], KNL nodes ||
@@ -205 +205 @@
 == Advanced topics ==
 
-For further details on the batchsystem and `psslurm` which is used on DEEP as well as on the JSC production systems, please refer to the in-depth description for using the 
+For further details on the batchsystem and `psslurm` which is used on the DEEP system as well as on the JSC production systems, please refer to the in-depth description for using the 
 [https://apps.fz-juelich.de/jsc/hps/jureca/batchsystem.html?highlight=multithreading#allocations-jobs-and-job-steps Batchsystem on Jureca]. Among extended examples for allocation
 of nodes you can find information on job steps, dependency chains and multithreading there. If you are interested in pinning of threads and tasks to certain CPUs or cores,
 please also take a look into the [https://apps.fz-juelich.de/jsc/hps/jureca/affinity.html Processor Anffinity] sections of the Jureca documentation. Most of the information
-provided there will also refer to the DEEP System.
+provided there will also refer to the DEEP system.
 
 == FAQ ==