Heterogeneous Computing

Presentations

2009

  •  J. M. Hjelmervik
    The State of the Art in GPU Computing
    NVIDIA and SINTEF HPC GPU Computing Mini-Workshop, October 23, Oslo Norway
  • J. M. Hjelmervik
    Flow Visualization
    Meteorologisk institutt, Oslo, sep 21

2008

  • J. Seland,
    Ray-casting Algebraic Surfaces using the Frustum Form
    Eurographics 2008, April 17. 2008, Crete Greece
  • T. R. Hagen,
    Impact of Heterogeneous Computers on Computational Methods,
    SAGA Workshop, Castro Urdiales, Spain, 2008
  • T. R. Hagen,
    Impact of Heterogeneous Computers on Computational Methods,
    21st Nordic Seminar on Computational Mechanics, Trondheim, 2008
  • J.M. Hjelmervik,
    Simplification of FEM-models on multi-core processors and the Cell BE,
    Seventh International Conference on Mathematical Methods for Curves and Surfaces, Tønsberg, Norway, 2008-06-30
  • T. R. Hagen,
    Introduction to the Cell BE,
    Winter School in Parallel Computing, Geilo, 2008
  • J. Seland,
    CUDA Programming
    Geilo Winter School, January 24. 2008, Geilo, Norway
  • T. R. Hagen,
    Introduction to stream processing,
    Winter School in Parallel Computing, Geilo, 2008
  • T. R. Hagen,
    Heterogeneous Architectures,
    Workshop in High-Performance Computing applied in Computational Mechanics and Science, Oslo, 2008
  • T. R. Hagen and J. Seland,
    Birds of a feather - parallel processing,
    Winter School in Parallel Computing, Geilo, 2008
  • C. Dyken,
    Semi-uniform tessellations,
    Kongsberg SIM Hackaton, Hadeland, Norway, 2008-05-06.
  • A. R. Brodtkorb,
    A Comparison of Three Commodity-Level Parallel Architectures: Multi-core CPU, the Cell BE and the GPU,
    VERDIKT program conference, Bergen, Norway, 2008-10-29
  • A. R. Brodtkorb,
    Boosting Performance using Heterogeneous Computing, Guest lecture,
    Programming Asymmetric Multi-Core Processors, Department of Informatics, University of Oslo, Norway, 2008-10-24
  • A. R. Brodtkorb,
    A Comparison of Three Commodity-Level Parallel Architectures: Multi-core CPU, the Cell BE and the GPU,
    SIMULA Research Laboratory, Oslo, Norway, 2008-08-19
  • A. R. Brodtkorb,
    A Comparison of Three Commodity-Level Parallel Architectures: Multi-core CPU, the Cell BE and the GPU,
    Seventh International Conference on Mathematical Methods for Curves and Surfaces, Tønsberg, Norway, 2008-06-30
  • A. R. Brodtkorb,
    Some Properties of Selected Parallel Architectures,
    Workshop in High-Performance Computing (HPC) applied in Computational Mechanics and Sciences, DNV, Oslo, Norway, 2008-05-19
  • A. R. Brodtkorb,
    Some Properties of Selected Parallel Architectures,
    PARA'08 9th International Workshop on State-of-the-Art in Scientific and Parallel Computing], Trondheim, Norway, 2008-05-15
  • A. R. Brodtkorb,
    A MATLAB Interface to the GPU,
    MuCoCoS'08 2008 International Workshop on Multi-Core Computing Systems, Barcelona, Spain, 2008-03-07
  • C. Dyken,
    HistoPyramid-based stream compaction and expansion,
    Winter School on Parallel Computing, Geilo, Norway, 2008-01-24.
  • A. R. Brodtkorb,
    Programming the Cell BE,
    Second National Winter School in eScience, Geilo, Norway, 2008-01-25
  • A. R. Brodtkorb,
    A MATLAB Interface to the GPU,
    Second National Winter School in eScience, Geilo, Norway, 2008-01-24

2007

  • A. R. Brodtkorb,
    A Heterogeneous Processing Platform,
    VERDIKT conference, Trondheim, Oslo, 2007-10-29
  • C. Dyken,
    HistoPyramid stream compaction and expansion,
    Advanced Computer Graphics and Vision seminar series, Technischen Universität Graz, Austria, 2007-10-23.
  • J. Seland
    GPU Programming and Computing
    Workshop - High-Performance and Parallel Computing, October 24, 2007, Simula Research Lab, Norway
  • T. R. Hagen,
    Using Graphics Hardware for High Performance Computing,
    Guest lecture in Computer Architecture course, NTNU Trondheim, 2007
  • J. Seland
    Real time Ray-Casting of Algebraic Surfaces
    Workshop on Computational Methods for Algebraic Spline Surfaces, September 10 - 14, 2007, Strobl, Austria
  • A. R. Brodtkorb,
    Heterogeneous Platforms and Numerical Linear Algebra,
    Workshop on Computational Methods for Algebraic Spline Surfaces, Strobl, Austria, 2007-09-13
  • J.M. Hjelmervik,
    GPU-Accelerated Shape Simplification for Mechanical-Based Applications,
     IEEE International Conference on Shape Modeling and Applications 2007 (SMI '07), Lyon, France, jun 13 - jun 15

2006

  • T.Dokken. 
    The Graphics Processing Unit (GPU) as a high performance computational resource for simulation and geometry processing.
    Industry Challenges in Geometric Modeling and CAD – 2006, March 9 & 10, 2006, Darmstadt University of Technology.
  • J.M. Hjelmervik,
    Heterogeneous architectures,
    GPGPU workshop in Oslo 12/12-06, Oslo, Norway,
  • Johan Seland,
    Programmable Graphics Hardware,
    GPU as a computationalresource , December 12th 2006 in Oslo
  • Johan Seland,
    Implicit Surface Visualization using Graphics Hardware 
    Geometrical partial differentail equations: numerics and applications, Bergen 6-7 December 2006
  • Johan Seland,
    Implicit Surface Visualization using Graphics Hardware,
    The CMA Seminar, 28. September 2006
  • C. Dyken,
    Efficient gather operations using histogram pyramids,
    GPU as a computational resource workshop, Oslo, Norway, 2006.
  • J. Seland
    Programmable Graphics Hardware
    Guest lecture in INF3320, 22. November 2006
  • T. R. Hagen,
    GPU Architecture and GPU Programming,
    GPGPU Workshop at NTNU, Trondheim, June 8th, 2006
  • T. R. Hagen,
    Solving the Euler Equations on Graphics Processing Units,
    GPGPU Workshop at ICCS, Reading, May 29th, 2006
  • A. R. Brodtkorb,
    Numerical Linear Algebra in Matlab using the GPU,
    GPU as a computational resource workshop, Oslo, Norway, 2006-12-12

2005

  • T. Dokken.
    The GPU as a high performance computational resource,
    2nd CENS-CMA Seminar, CMA, University of Oslo, May 24-25, 2005
  • T. R. Hagen,
    Graphics Cards as a High-Level Computational Resource,
    guest lecture in Simulation and Visualisation Course, University of Oslo, 2005
  • T. Dokken, T.R. Hagen and J. M. Hjelmervik.
    The GPU as a high performance computational resource,
    Spring Conference on Computer Graphics 2005, Budmerice Castle, Bratislava, Slovakia, May 12-14 2005
  • T. R. Hagen,
    Graphics Cards as a High-Level Computational Resource,
    guest lecture in VR, Graphics and Animation Course, Narvik University College, 2005
  • T. Dokken, Hagen, Trond R.
    Short Course: Graphics Hardware as a High-end Computational Resource
    SIAM Conference on Geometric Design and Computing; 30.10.2005 - 03.11.2005
  • T. Dokken, Hagen, Trond R.
    The GPU as a Computation Resource in Surface Intersections
    SIAM Conference on Geometric Design and Computing; 30.10.2005 - 03.11.2005
  • T. Dokken,
    The GPGPU-project, status and results. Why use the GPU?
    GPU workshop; 12.12.2005, Oslo, Norway
  • T. R. Hagen,  
    GPU-architecture, 
    GPU workshop; 12.12.2005, Oslo, Norway
  • Johan Seland,
    GPU-programming, 
    GPU workshop; 12.12.2005, Oslo, Norway
  • T. R. Hagen,
    The GPU as a High-Performance Computational Resource,
    Workshop on Industry Challenges in Geometric Modelling and CAD, March 10 and 11, 2005

 2004

  • T. Dokken, and K.-A. Lie
    Workshop,
    GPU as a computational resource, November 10-11, 2004, Oslo, Norway
  • J.M. Hjelmervik,
    Using GPUs for B-spline evaluation,
    Workshop on GPU as a computational resource November 10-11, 2004, Centre of Mathematics for Applications, Oslo.
  • T. R. Hagen,
    Solving differential equations on the GPU,
    Workshop on GPU as a computational resource November 10-11, 2004, Centre of Mathematics for Applications, Oslo.
  • T. R. Hagen,
    Infrastructure for GPU Programming,
    Workshop on GPU as a computational resource November 10-11, 2004, Centre of Mathematics for Applications, Oslo.
  • T. R. Hagen,
    GPU Programming,
    Workshop on GPU as a computational resource November 10-11, 2004, Centre of Mathematics for Applications, Oslo.
  • T.R Hagen and J.M. Hjelmervik.
    Using GPUs for numerical simulation and spline evaluation,
    Sixth International Conference on Mathematical Methods for Curves and Surfaces. Tromsø, Norway, July 1 - July 6 2004.
  • T. Dokken.
    Graphics hardware as a high-end computational resource,
    Industry Challenges in Geometric Modeling in CAD – 2004, March 17 and 18, 2004, Darmstadt University of Technology

 


Published November 16, 2009