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Third INFN International School on: "Architectures, tools and methodologies for developing efficient large scale scientific computing applications" ESC11 - Bertinoro (Forlì-Cesena) Italy 23-29 October 2011

23–29 Oct 2011
Bertinoro
Europe/Rome timezone

Contribution List

59 out of 59 displayed
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  1. 0. Welcome and Opening of the School
    24/10/2011, 08:30
  2. 1. Concepts of performance and efficiency
    Dr Peter Elmer (Princeton University)
    24/10/2011, 09:00
  3. 2. Modern processors and related optimisation topics - Part 1
    Mr Sverre Jarp (CERN)
    24/10/2011, 09:50
  4. 3. Modern processors and related optimisation topics - Part 2
    Mr Sverre Jarp (CERN)
    24/10/2011, 11:00
  5. 4. Introduction to Performance tuning tools
    Lassi Tuura (Fermilab), Dr Peter Elmer (Princeton University)
    24/10/2011, 11:50
  6. 5. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    24/10/2011, 14:15
  7. 6. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    24/10/2011, 15:00
  8. 7. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    24/10/2011, 16:00
  9. 8. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    24/10/2011, 16:45
  10. 57. Evening Lecture: "GPU for scientific computing" - Alessandro Lonardo - INFN Roma 1
    24/10/2011, 18:30
  11. 16. Efficient C++ coding
    Dr Sebastien Binet (LAL/IN2P3), Vincenzo Innocente (CERN)
    25/10/2011, 08:30
  12. 17. Efficient C++ coding
    Dr Sebastien Binet (LAL/IN2P3), Vincenzo Innocente (CERN)
    25/10/2011, 09:20
  13. 18. Exercises - Basic C++ optimisations
    Dr Sebastien Binet (LAL/IN2P3), Vincenzo Innocente (CERN)
    25/10/2011, 10:30
  14. 19. Exercises - Basic C++ optimisations
    Dr Sebastien Binet (LAL/IN2P3), Vincenzo Innocente (CERN)
    25/10/2011, 11:15
  15. 20. The Memory Crisis
    Lassi Tuura (Fermilab)
    25/10/2011, 14:15
  16. 21. How memory allocation works
    Lassi Tuura (Fermilab)
    25/10/2011, 15:00
  17. 22. Exercises - Memory Allocations
    Lassi Tuura (Fermilab)
    25/10/2011, 16:00
  18. 23. Exercises - Memory Allocations
    Lassi Tuura (Fermilab)
    25/10/2011, 16:45
  19. 24. Evening Lecture: "Architectures of High Throughput DAQ systems" - Niko Neufeld (CERN)
    25/10/2011, 18:30
  20. 9. Exercises (Floating Point, Memory use, C++)
    26/10/2011, 08:30
  21. 10. Exercises (Floating Point, Memory use, C++)
    26/10/2011, 09:20
  22. 11. Exercises (Floating Point, Memory use, C++)
    26/10/2011, 10:30
  23. 12. Exercises (Floating Point, Memory use, C++)
    26/10/2011, 11:20
  24. 13. Exercises (Floating Point, Memory use, C++)
    26/10/2011, 14:00
  25. 14. Exercises (Floating Point, Memory use, C++)
    26/10/2011, 14:50
  26. 15. Exercises (Floating Point, Memory use, C++)
    26/10/2011, 15:40
  27. 34. Parallel programming theory
    Dr Tim Mattson (Intel)
    27/10/2011, 08:30
  28. 35. An introduction to OpenMP
    Dr Tim Mattson (Intel)
    27/10/2011, 09:20
  29. 36. Synchronization in OpenMP
    Dr Tim Mattson (Intel)
    27/10/2011, 10:30
  30. 37. Work sharing constructs
    Dr Tim Mattson (Intel)
    27/10/2011, 11:15
  31. 38. The OpenMP data environment
    Dr Tim Mattson (Intel)
    27/10/2011, 12:05
  32. 39. I/O Efficiency
    Vincenzo Maria Vagnoni (BO)
    27/10/2011, 14:30
  33. 41. I/O Efficiency
    Vincenzo Maria Vagnoni (BO)
    27/10/2011, 16:15
  34. 42. Evening Lecture: "OpenCL and the quest for Performance Portability" - Timothy G. Mattson (Intel)
    27/10/2011, 18:30
  35. 25. OpenMP tasks
    Dr Tim Mattson (Intel)
    28/10/2011, 08:30
  36. 26. OpenMP Memory model
    Dr Tim Mattson (Intel)
    28/10/2011, 09:20
  37. 27. A survey of programming models
    Dr Tim Mattson (Intel)
    28/10/2011, 10:30
  38. 52. A survey of programming models
    Dr Tim Mattson (Intel)
    28/10/2011, 11:30
  39. 53. Lecture on low-level CPU profiling
    Mr Sverre Jarp (CERN)
    28/10/2011, 14:30
  40. 54. Physical design of SW
    Benedikt Hegner (CERN)
    28/10/2011, 15:15
  41. 55. Physical Design Examples/HEP Frameworks
    Benedikt Hegner (CERN)
    28/10/2011, 16:15
  42. 56. Software Development Tools
    Benedikt Hegner (CERN)
    28/10/2011, 17:00
  43. 58. Announcements
    Federico Ruggieri (ROMA3)
    28/10/2011, 17:45
  44. 33. Evening Lecture: "Linux on Multicore: challanges and perspective" - Andrea Arcangeli (RedHat)
    28/10/2011, 18:30
  45. 43. Students feedback
    29/10/2011, 08:30
  46. 44. Final examination
    29/10/2011, 09:00
  47. 45. Delivery of certificates of attendance
    29/10/2011, 11:30
  48. 46. Shuttle departure
    29/10/2011, 14:30
  49. 32. A survey of programming models
    Dr Tim Mattson (Intel)
    Lecture
    Go to contribution page
  50. 49. Evening Lecture: "Getting it all with C++: Abstraction, Reusability, Performance and Future-Safety"
    Ulrich Drepper (Red Hat)
  51. 47. Evening Lecture: "High throughput data trasmission through network links"
    Domenico Galli (BO)
  52. 50. Evening Lecture: "How to program a 1000 core processor" (Timothy G. Mattson, Intel Corp.)
  53. 51. Evening Lecture: Multicores, GPUs, FPGAs and custom processors for scientific computing: a delicate tradeoff"
    Raffaele Tripiccione (FE)
  54. 48. Evening lecture: Virtualization, Grid, Cloud: Integration Paths for Scientific Computing
    Davide Salomoni (CNAF)
  55. 40. Exercises - I/O Efficiency
    Vincenzo Maria Vagnoni (BO)
  56. 31. OpenMP Memory model
    Lecture and exercises
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  57. 30. OpenMP tasks
    Lecture and exercises
    Go to contribution page
  58. 29. The OpenMP data environment
    Dr Tim Mattson (Intel)
    Lecture and exercises
    Go to contribution page
  59. 28. Work sharing constructs
    Dr Tim Mattson (Intel)
    Lecture and exercises
    Go to contribution page