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

Programme overview

 

The programme is formed of two themes and two special lectures. Though most of the lectures are part of a series, all lectures can be followed rather independently.

 

 

GPU computing and its applications in High Energy Physics Introduction to Computer Vision Testing methods and tools for large scale distributed systems How the LHC experiment have interpreted the Grid distributed computing model

L1
 Introduction to parallel computing on GPUs

Felice Pantaleo

CERN

L3
Introduction to the human visual system and image pre-processing

Samuele Carli
Martin Hellmich

CERN

L6
Testing for development, deployment and operation
Ramon Medrano Llamas
CERN

L7
How the LHC experiment have interpreted the Grid distributed computing model
Mattia Cinquilli
CERN

L2

Use of GPUs for triggering in HEP experiments

Felice Pantaleo

CERN

L4
Introduction to image feature detection and 3D reconstruction
Samuele Carli
Martin Hellmich

CERN

 

 
  L5
Introduction to object recognition and scene understanding
Samuele Carli
Martin Hellmich

CERN
   
Monday 25 February
10:15 - 12:25
Monday 25 February
14-00 - 17:25
Tuesday 26  February
09:30 - 10:30
Tuesday 26  February
11:00 - 12-00
Building 513 -Room 513-1-024  (First Floor) Building 513 -Room 513-1-024  (First Floor) Building 513 -Room 513-1-024  (First Floor) Building 513 -Room 513-1-024  (First Floor)

 

 



     
  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  
     

 

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