'Regular mesh' presentation slideshows

CS240A: Parallelism in CSE Applications

CS240A: Parallelism in CSE Applications. Tao Yang Slides revised from James Demmel and Kathy Yelick www.cs.berkeley.edu/~demmel/cs267_Spr11. Category of CSE Simulation Applications. Discrete event systems Time and space are discrete Particle systems

669 views • 56 slides

CS240A: Parallelism in CSE Applications

CS240A: Parallelism in CSE Applications. Tao Yang Slides revised from James Demmel and Kathy Yelick www.cs.berkeley.edu/~demmel/cs267_Spr11. Category of CSE Simulation Applications. Discrete event systems Time and space are discrete Particle systems

562 views • 56 slides

Smooth spline surface generation over meshes of irregular topology

Smooth spline surface generation over meshes of irregular topology. J.J. Zheng, J.J. Zhang, H.J.Zhou, L.G. Shen The Visual Computer(2005) 21:858-864 Pacific Graphics 2005 Reporter: Chen Wenyu Thursday, Mar 2, 2006. About the author Introduction Zheng-Ball surface patch

513 views • 37 slides

Fast Low-Frequency Impedance Extraction using a Volumetric 3D Integral Formulation

417 views • 33 slides

Sources of Parallelism and Locality in Simulation

Sources of Parallelism and Locality in Simulation. Partial Differential Equations PDEs. Continuous Variables, Continuous Parameters. Examples of such systems include Parabolic (time-dependent) problems: Heat flow: Temperature(position, time) Diffusion: Concentration(position, time)

431 views • 33 slides

Computation on meshes, sparse matrices, and graphs

Computation on meshes, sparse matrices, and graphs. Some slides are from David Culler, Jim Demmel, Bob Lucas, Horst Simon, Kathy Yelick, et al., UCB CS267. Parallelizing Stencil Computations. Parallelism is simple Grid is a regular data structure

291 views • 28 slides

OzViz 2009

Visualisation of Groundwater Flow using Texture Based Visualisation Techniques. David Warne (HPC and Research Support, QUT) , Joe Young (HPC and Research Support, QUT) , Ben Cumming (School of Mathematical Sciences, QUT). OzViz 2009. Background: .

364 views • 25 slides

Parallelizing stencil computations

Parallelizing stencil computations. Based on slides from David Culler, Jim Demmel, Bob Lucas, Horst Simon, Kathy Yelick, et al., UCB CS267. Parallelism in the Game of Life. The activities in this system are discrete events The simulation is synchronous

261 views • 14 slides