We are going to have a change in the meeting times of the openCL class: Days: Thursday (13th) followed by Wednesday (19th) and Friday (21st) Times: 1:30p on each day
Sorry for any confusion! We'll get this on the SFX calendar asap. And folks planning to attend, keep letting us know. It should be great to see how "the rest of the GPU" gets used .. i.e. from openGL to openCL! Please do drop by. -- Owen On Fri, Oct 7, 2011 at 6:40 PM, Owen Densmore <[email protected]> wrote: > Robert Geist, who spoke recently at SFX (see below) has offered to lead a 3 > day class on OpenCL! > > OpenCL is the newly emerging standard for GPU use for high performance > computation, lattice-Boltzmann methods for example. And there is even a > WebCL being designed for browsers: http://www.khronos.org/webcl/ > > Current dates are set up to be during the day next Wednesday, then Friday, > then Wednesday, i.e., 12th, 14th, 19th. > > We'd like to get a head count of folks interested in this so could folks > respond to the list if you'd be interested in attending? > > -- Owen > > Here's a description of Robert's recent talk: > * > * > *--------------* > * > * > *"Real-Time Modeling and Rendering of Natural Phenomena"* > *Robert Geist* > Professor, School of Computing > Clemson University > > WedTech @ Santa Fe Complex > Wed Sep 21, noon (bring a brownbag lunch) > > *ABSTRACT*: Modeling and rendering natural phenomena, which includes all > components of biophysical ecology, atmospherics, photon transport, and air > and water flow, remains a challenging area for computer graphics research. > Whether models are physically-based or procedural, model processing is > almost always characterized by substantial computational demands which have > almost always precluded real-time performance. Nevertheless, the recent > development of new, highly parallel computational models, coupled with > dramatic performance improvements in GPU-based execution platforms, has > brought real-time modeling and rendering within reach. The talk will focus > on the natural synergy between GPU-based computing and the so-called > lattice-Boltzmann methods for solutions to PDEs. Examples will include > photon transport for global illumination and modeling and rendering of > atmospheric clouds, forest ecosystems, and ocean waves. > > *BIO*: Robert Geist is a Professor in the School of Computing at Clemson > University. He served as Interim Director of the School in 2007-2008, and he > is co-founder of Clemson's Digital Production Arts Program. He received an > M.A. in computer science from Duke University and a Ph.D. in mathematics > from the University of Notre Dame. He was an Associate Professor of > Mathematics at the University of North Carolina at Pembroke and an Associate > Professor of Computer Science at Duke University before joining the faculty > at Clemson University. He is a member of IFIP WG 7.3, a recipient of the > Günther Enderle Award (Best Paper, Eurographics), and a Distinguished > Educator of the ACM. > > http://www.cs.clemson.edu/~geist/homepage.html >
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