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Fourth INFN International School on: "Architectures, tools and methodologies for developing efficient large scale scientific computing applications" ESC12 - Bertinoro (Forlì-Cesena) Italy 21-27 October 2012

21–27 Oct 2012
Bertinoro
Europe/Rome timezone

Contribution List

58 out of 58 displayed
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  1. 57. Welcome and opening remarks
    Dr Francesco Giacomini (CNAF)
    22/10/2012, 08:30
  2. 1. Concepts of performance and efficiency
    Dr Peter Elmer (Princeton University)
    22/10/2012, 09:00
  3. 2. Modern processors and related optimisation topics - Part 1
    Mr Sverre Jarp (CERN)
    22/10/2012, 09:50
  4. 3. Modern processors and related optimisation topics - Part 2
    Mr Sverre Jarp (CERN)
    22/10/2012, 11:00
  5. 4. Introduction to Performance tuning tools
    Dr Peter Elmer (Princeton University)
    22/10/2012, 11:50
  6. 5. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    22/10/2012, 14:15
  7. 6. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    22/10/2012, 15:00
  8. 7. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    22/10/2012, 16:00
  9. 8. Floating point computation: accuracy, optimization, vectorization (with exercises)
    Vincenzo Innocente (CERN)
    22/10/2012, 16:45
  10. 10. Efficient C++ coding
    Dr Sebastien Binet (LAL/IN2P3)
    23/10/2012, 08:30
  11. 11. Efficient C++ coding
    Dr Sebastien Binet (LAL/IN2P3)
    23/10/2012, 09:20
  12. 12. Exercises - Basic C++ optimisations
    Dr Sebastien Binet (LAL/IN2P3)
    23/10/2012, 10:30
  13. 13. Exercises - Basic C++ optimisations
    Dr Sebastien Binet (LAL/IN2P3)
    23/10/2012, 11:15
  14. 14. The Memory Crisis
    Dr Peter Elmer (Princeton University)
    23/10/2012, 14:15
  15. 15. How memory allocation works
    Dr Peter Elmer (Princeton University)
    23/10/2012, 15:00
  16. 16. Exercises - Memory Allocations
    Dr Peter Elmer (Princeton University)
    23/10/2012, 16:00
  17. 17. Exercises - Memory Allocations
    Dr Peter Elmer (Princeton University)
    23/10/2012, 16:45
  18. 58. Evening lecture: "Writing better software with the new C++ standard"
    Dr Francesco Giacomini (CNAF)
    23/10/2012, 18:30
  19. 19. Exercises (Floating Point, Memory use, C++)
    Dr Peter Elmer (Princeton University), Dr Sebastien Binet (LAL/IN2P3), Vincenzo Innocente (CERN)
    24/10/2012, 08:30
  20. 20. Exercises (Floating Point, Memory use, C++)
    24/10/2012, 09:20
  21. 21. Exercises (Floating Point, Memory use, C++)
    24/10/2012, 10:30
  22. 22. Exercises (Floating Point, Memory use, C++)
    24/10/2012, 11:20
  23. 23. Exercises (Floating Point, Memory use, C++)
    24/10/2012, 14:00
  24. 24. Exercises (Floating Point, Memory use, C++)
    24/10/2012, 14:50
  25. 25. Exercises (Floating Point, Memory use, C++)
    24/10/2012, 15:40
  26. 26. Parallel programming theory
    Dr Tim Mattson (Intel)
    25/10/2012, 08:30
  27. 27. An introduction to OpenMP
    Dr Tim Mattson (Intel)
    25/10/2012, 09:20
  28. 28. Synchronization in OpenMP
    Dr Tim Mattson (Intel)
    25/10/2012, 10:30
  29. 29. Work sharing constructs
    Dr Tim Mattson (Intel)
    25/10/2012, 11:15
  30. 30. The OpenMP data environment
    Dr Tim Mattson (Intel)
    25/10/2012, 12:05
  31. 34. OpenMP tasks
    Dr Tim Mattson (Intel)
    25/10/2012, 14:20
  32. 35. OpenMP Memory model
    Dr Tim Mattson (Intel)
    25/10/2012, 15:05
  33. 36. A survey of programming models
    Dr Tim Mattson (Intel)
    25/10/2012, 16:15
  34. 37. A survey of programming models
    Dr Tim Mattson (Intel)
    25/10/2012, 17:00
  35. 33. Evening Lecture: "SEJITS: embedded specializers to turn patterns-based designs into optimized parallel code" - Timothy G. Mattson (Intel)
    25/10/2012, 18:30
  36. 53. Introduction to OpenCL
    Dr Tim Mattson (Intel)
    26/10/2012, 08:30
  37. 54. Introduction to OpenCL
    Dr Tim Mattson (Intel)
    26/10/2012, 09:20
  38. 55. Introduction to OpenCL
    Dr Tim Mattson (Intel)
    26/10/2012, 10:30
  39. 56. Introduction to OpenCL
    Dr Tim Mattson (Intel)
    26/10/2012, 11:20
  40. 31. I/O Efficiency
    Vincenzo Maria Vagnoni (BO)
    26/10/2012, 14:20
  41. 32. I/O Efficiency
    Vincenzo Maria Vagnoni (BO)
    26/10/2012, 16:15
  42. 42. Announcements
    Mauro Morandin (PD)
    26/10/2012, 17:45
  43. 44. Students feedback
    27/10/2012, 08:30
  44. 45. Final examination
    27/10/2012, 09:00
  45. 46. Delivery of certificates of attendance
    27/10/2012, 11:30
  46. 47. Shuttle departure (to Forli' railway station)
    27/10/2012, 14:00
  47. 18. Evening Lecture: "Architectures of High Throughput DAQ systems" - Niko Neufeld (CERN)
  48. 48. Evening Lecture: "Getting it all with C++: Abstraction, Reusability, Performance and Future-Safety"
    Ulrich Drepper (Red Hat)
  49. 9. Evening Lecture: "GPU for scientific computing" - Alessandro Lonardo - INFN Roma 1
  50. 49. Evening Lecture: "High throughput data trasmission through network links"
    Domenico Galli (BO)
  51. 52. Evening Lecture: "How to program a 1000 core processor" (Timothy G. Mattson, Intel Corp.)
  52. 43. Evening Lecture: "Linux on Multicore: challanges and perspective" - Andrea Arcangeli (RedHat)
  53. 50. Evening Lecture: Multicores, GPUs, FPGAs and custom processors for scientific computing: a delicate tradeoff"
    Raffaele Tripiccione (FE)
  54. 51. Evening lecture: Virtualization, Grid, Cloud: Integration Paths for Scientific Computing
    Davide Salomoni (CNAF)
  55. 38. Lecture on low-level CPU profiling
    Mr Sverre Jarp (CERN)
  56. 40. Physical Design Examples/HEP Frameworks
    Benedikt Hegner (CERN)
  57. 39. Physical design of SW
    Benedikt Hegner (CERN)
  58. 41. Software Development Tools
    Benedikt Hegner (CERN)