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Contribution List

Displaying 66 contributions out of 66
Session: 40 ways to simulate liquid argon (part 1)
Session: 40 ways to simulate liquid argon (part 2)
Session: CEI Round Table
Session: Conclusions
Session: Crash Course on Linux; Beginners Lab. (part 1)
Session: Crash Course on Linux; Beginners Lab. (part 2)
Session: Crash Course on Linux; Intermediate Lab. (part 1)
Session: Crash Course on Linux; Intermediate Lab. (part 2)
Session: E4 roadmap toward GPU computing
Session: Error messages and debugging
Session: First week wrap up session. Questions from participants. Lab Assignments for week 2 afternoon labs.
Session: Floating Points Numbers
Session: From Source Code to Executable (Part 1)
Session: From Source Code to Executable (Part 2)
Session: From Source Code to Executable (part 3)
Session: GPU Computing Perspective
Session: Grid middleware and arc overview
Session: HPC and GPU computing for developing countries
Session: Homework: blog about the day and take quiz
Session: Homework: blog about the day, take the quiz.
Session: Homework: take quiz of the day and perform assignment
Session: Homework: take your online quiz and blog about the day
Session: How to benchmark your application
Session: How to choose the right architecture for your computation
Session: Hybrid openMP/MPI programming (part (I)
Session: Hybrid openMP/MPI programming (part (II)
Session: Intel tools for HPC
Session: Introduction to GPU Computing (part 1)
Session: Introduction to GPU Computing (part 2)
Session: Introduction to GRID Computing
Session: Introduction to HPC and Cluster Computing
Session: Introduction to Linux Commands (part 1)
Session: Introduction to Linux Commands (part 2)
Session: Introduction to MPI (part 1). Concepts and Strategies
Session: Introduction to MPI (part 2): Basic MPI calls and how to use them
Session: Introduction to Networking
Session: Introduction to OpenMP
Session: Introduction to the Moodle e-Learning Platform
Session: Introduction to the School
Session: Introduction to the e-lab Gforge Portal and svn Server
Session: Laboratory Part 1
Session: Laboratory Part 1: Compile and Run Parallel Codes on School Clusters
Session: Laboratory Part 1: Debugging codes
Session: Laboratory Part 1: Installing Compilers and Programming Tool
Session: Laboratory Part 2
Session: Laboratory Part 2: Compiling and testing OpenMP programs and libraries. Compiling and testing CUDA programs and libraries
Session: Laboratory Part 2: Install MPI Libraries, Setup mini-Cluster to Test MPI and Compare Performance
Session: Laboratory Part 2: Test the Compilers on IEEE Floating Point Arithmetic
Session: Mathematical Libraries (Part 1)
Session: Modern Architectures for HPC Computation
Session: Optimal GPU programming: Presentation and discussion of implementing a spectral Poisson solver with CUDA using the cuFFT library
Session: Parallel Computing with Linux; the Cluster Approach
Session: Review of previous day's activities
Session: Review of previous day's activities
Session: Review of previous day's activities
Session: Review of previous day's activities
Session: Review of previous day's activities
Session: Selected presentations from participants Reports/summaries from the labs Wrap-up of the school activities
Session: Teaching GPU approach in HPC workshop: report from the GPU lab and success story from students
Session: To view parallel sessions please refer to
Session: To view parallel sessions please refer to
Session: To view parallel sessions please refer to
Session: To view parallel sessions please refer to
Session: Using Compilers and Profilers to Optimize your Code for Performance (part 1)
Session: Using Compilers and Profilers to Optimize your Code for Performance (part 2)
Session: Using a queue system on cluster computing

Organizers

Directors: S. Cozzini, A. Kohlmeyer