6th  Inverted  CERN School of Computing 2013
25-26 February, CERN
 

How the LHC experiment have interpreted the Grid distributed computing model

Lecturer:

Mattia CINQUILLI

A few questions

  • How are the LHC experiments exploiting their resources?
  • Will the Grid will evolve and if so how?

All the answers at iCSC

Yet another talk on Grids?
You may think you know all you need to know about Grid and its usage by LHC experiments. But do you know that every experiment has his own interpretation of the grid model? Why did they make different interpretation? Was it because of different requirements, by chance?

The major differences lye in data management and workload management. What does it mean in practice? But Grids are not set in stone, they evolve, so what next. After a comparative analysis of the Grid interpretations and implementations by LHC experiments, the lecture will conclude with discuss future trends and possible evolution scenarios.

Targeted audience :

Computer scientists and physicists interested in  Grid and its implementation by LHC's experiments



Theme: How the LHC experiment have interpreted the Grid distributed computing model
Lecture: How the LHC experiment have interpreted the Grid distributed computing model

A few questions addressed in the lecture

Tuesday  26 February

 

11:00
12:00

Lecture
7

How the LHC experiment have interpreted the Grid distributed computing model

Mattia Cinquilli

Description

Yet another talk on Grids?
You may think you know all you need to know about Grid and its usage by LHC experiments. But do you know that every experiment has his own interpretation of the grid model? Why did they make different interpretation? Was it because of different requirements, by chance?

The major differences lye in data management and workload management. What does it mean in practice? But Grids are not set in stone, they evolve, so what next. After a comparative analysis of the Grid interpretations and implementations by LHC experiments, the lecture will conclude with discuss future trends and possible evolution scenarios.

Audience and benefits
This lecture targets computer scientists and physicists interested in an overview of the Grid paradigm explained through a comparison of its implementation by  LHC's experiments.

 

At the end of the lecture, participants, in particular computer scientists,  are expected to have a better understanding of how the specific services they use or are working on fit in the global Grid picture.

Pre-requisite
This lecture can be reasonably followed by anyone having some minimum knowledge of distributed computing.




     
  GPU computing and HEP  
Lecture 1
Lecture 2
  All lectures  
     
  Computer vision  
  Lecture 3  
  Lecture 4  
  Lecture 5  
  All lectures  
     
  Testing methods and tools  
Lecture 6
     
  Grid interpretation  
  Lecture 7  
     
  Programme overview  
  All lectures at iCSC2013  
  All questions addressed  
     
  Handouts  
     

 

Copyright CERN

Print version