Difference between revisions of "EMI Session 2: ARC Tutorial"

From Gridkaschool
(Technical specification/requirements)
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Participants: Please bring a 64bit laptop with a virtual machine software (VirtualBox or VmPlayer). We'll provide a VM image to be used in the tutorials.
   
ARC Tutorial content:
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==ARC Tutorial content:==
 
 
 
   
 
This tutorial will cover installation, configuration and basic commands of the client for Advanced Resource Connector (ARC). The tutorial is mainly directed to new grid users, but the schedule is flexible and can accommodate use cases.
 
This tutorial will cover installation, configuration and basic commands of the client for Advanced Resource Connector (ARC). The tutorial is mainly directed to new grid users, but the schedule is flexible and can accommodate use cases.
   
 
In the hands-on demonstrations, the participants will carry out the following tasks: installing the ARC client, writing grid job descriptions, using grid storage and job execution.
 
In the hands-on demonstrations, the participants will carry out the following tasks: installing the ARC client, writing grid job descriptions, using grid storage and job execution.
 
 
 
   
 
Participants are encouraged to propose a use case of technical/scientific computing. If the case is suitable for grid computing, we'll design a work flow for it.
 
Participants are encouraged to propose a use case of technical/scientific computing. If the case is suitable for grid computing, we'll design a work flow for it.
   
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Handout material: https://ocikbapps.uzh.ch/gc3wiki/teaching/sgs2011.html
 
 
 
Handout material: coming soon.
 
 
 
 
 
 
   
   

Revision as of 15:03, 22 August 2012

Participants: Please bring a 64bit laptop with a virtual machine software (VirtualBox or VmPlayer). We'll provide a VM image to be used in the tutorials.

ARC Tutorial content:

This tutorial will cover installation, configuration and basic commands of the client for Advanced Resource Connector (ARC). The tutorial is mainly directed to new grid users, but the schedule is flexible and can accommodate use cases.

In the hands-on demonstrations, the participants will carry out the following tasks: installing the ARC client, writing grid job descriptions, using grid storage and job execution.

Participants are encouraged to propose a use case of technical/scientific computing. If the case is suitable for grid computing, we'll design a work flow for it.

Handout material: https://ocikbapps.uzh.ch/gc3wiki/teaching/sgs2011.html


Technical specification/requirements