GPU Technology Conference - Schedule for Monday, Sept 20 13:00 ...
GPU Technology Conference - Schedule for Monday, Sept 20 13:00 ...
GPU Technology Conference - Schedule for Monday, Sept 20 13:00 ...
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<strong>GPU</strong> <strong>Technology</strong> <strong>Conference</strong> - <strong>Schedule</strong> <strong>for</strong> <strong>Monday</strong>, <strong>Sept</strong> <strong>20</strong><br />
Marriott SJ Ballroom Room A5 Room B Room C<br />
<strong>13</strong>:<strong>00</strong><br />
14:30<br />
16:<strong>00</strong><br />
<strong>20</strong>04 - Languages, APIs and<br />
Development Tools <strong>for</strong> <strong>GPU</strong><br />
Computing (Pre-<strong>Conference</strong><br />
Tutorial)<br />
Speakers(s): Will Ramey (NVIDIA)<br />
2<strong>13</strong>1 - Introduction to CUDA C (Pre-<br />
<strong>Conference</strong> Tutorial)<br />
Speakers(s): Jason Sanders (NVIDIA)<br />
<strong>20</strong>18 - OpenCL on the <strong>GPU</strong> (Pre-<br />
<strong>Conference</strong> Tutorial)<br />
Speakers(s): Cliff Woolley (NVIDIA)<br />
2157 - DirectX 11 Overview (Pre-<br />
<strong>Conference</strong> Tutorial)<br />
Speakers(s): Cem Cebenoyan<br />
(NVIDIA)<br />
2260 - DirectCompute (Pre-<br />
<strong>Conference</strong> Tutorial)<br />
Speakers(s): Eric Young (NVIDIA<br />
Corporation)<br />
2127 - OpenGL (Pre-<strong>Conference</strong><br />
Tutorial)<br />
Speakers(s): Mark Kilgard (NVIDIA<br />
Corporation)<br />
<strong>20</strong>24 - NVIDIA Acceleration Engines<br />
Overview (Pre-<strong>Conference</strong><br />
Tutorial)<br />
Speakers(s): Phillip Miller (NVIDIA),<br />
Holger Kunz (NVIDIA), Brian<br />
Harrison (NVIDIA), Thomas Ruge<br />
(NVIDIA)<br />
2261 - Introduction to <strong>GPU</strong> Ray<br />
Tracing with NVIDIA OptiX (Pre-<br />
<strong>Conference</strong> Tutorial)<br />
Speakers(s): Dave McAllister<br />
(NVIDIA), Phillip Miller (NVIDIA)<br />
2245 - Parallel Nsight <strong>for</strong> Microsoft<br />
Visual Studio (Pre-<strong>Conference</strong><br />
Tutorial)<br />
Speakers(s): Kumar Iyer (NVIDIA)<br />
2158 - Programming the NVIDIA<br />
Digital Video Pipeline with OpenGL<br />
(Pre-<strong>Conference</strong> Tutorial)<br />
Speakers(s): Thomas True (NVIDIA)<br />
2159 - Programming the NVIDIA<br />
Digital Video Pipeline with<br />
Direct3D (Pre-<strong>Conference</strong> Tutorial)<br />
Speakers(s): Thomas True (NVIDIA)<br />
<strong>20</strong>10 - Implementing Stereoscopic<br />
3D in Your Applications (Pre-<br />
<strong>Conference</strong> Tutorial)<br />
Speakers(s): Samuel Gateau<br />
(NVIDIA), Steve Nash (NVIDIA)
<strong>GPU</strong> <strong>Technology</strong> <strong>Conference</strong> - <strong>Schedule</strong> <strong>for</strong> Tuesday, <strong>Sept</strong> 21<br />
Tues 9/21 Keynote Hall Marriott SJ Ballroom Room A1 Room A2 Room A3 Room A5 Room A7 Room A8 Room B Room C Room D Room K Room L Room M Room N<br />
9:<strong>00</strong> 1<strong>00</strong>1 - Opening Keynote with Jen-Hsun Huang, CEO & Co-Founder, NVIDIA<br />
11:<strong>00</strong> 2223 - Academic Welcome Social 2165 - Rendering Revolution <strong>20</strong>96 - High-Speed CT<br />
2119 - Supercomputing <strong>for</strong> the<br />
and Poster Preview<br />
Speakers(s): Ken Pimentel<br />
Reconstruction in Medical Diagnosis Masses: Killer-Apps, Parallel<br />
(Autodesk)<br />
& Industrial NDT Applications Mappings, Scalability and<br />
Speakers(s): Holger Scherl (Siemens Application Lifespan<br />
AG)<br />
Speakers(s): Robert Farber (PNNL)<br />
2267 - <strong>GPU</strong> Computing with<br />
MATLAB®<br />
Speakers(s): Loren Dean<br />
(MathWorks)<br />
2<strong>13</strong>0 - <strong>GPU</strong> Computing and a<br />
Revolution in Design Engineering<br />
Speakers(s): Peter Varhol (Desktop<br />
Engineering Magazine)<br />
2<strong>13</strong>2 - Accelerating Biologically<br />
Inspired Computer Vision Models<br />
Speakers(s): Tom Dean (Google Inc.)<br />
11:30 2149 - Overview of Parallel Nsight<br />
<strong>for</strong> Visual Studio<br />
Speakers(s): Kumar Iyer (NVIDIA)<br />
12:<strong>00</strong><br />
14:<strong>00</strong><br />
14:30<br />
<strong>20</strong>79 - A Fast, Scalable High-Order<br />
Unstructured Compressible Flow<br />
Solver<br />
Speakers(s): David M. Williams<br />
(Stan<strong>for</strong>d University), Patrice<br />
Castonguay (Stan<strong>for</strong>d University)<br />
2172 - Unveiling Cellular &<br />
Molecular Events of Cardiac<br />
Arrhythmias<br />
Speakers(s): Tuan Hoang-Trong<br />
(George Mason University)<br />
<strong>20</strong>47 - Bridging Ray and Raster<br />
Processing on <strong>GPU</strong>s<br />
Speakers(s): Kenny Mitchell (Black<br />
Rock Studio)<br />
University of Calgary, Canada)<br />
15:30 2268 - Think Data-Parallel! Building<br />
Data-Parallel Code with M<br />
Speakers(s): Gallagher Pryor<br />
(AccelerEyes)<br />
16:30 2111 - Using R <strong>for</strong> High-<br />
Per<strong>for</strong>mance Data Analysis<br />
Speakers(s): Domokos Vermes<br />
(Worcester Polytechnic Insitute)<br />
2214 - Faster Simulations of the<br />
National Airspace System<br />
Speakers(s): Joseph Rios (NASA)<br />
17:<strong>00</strong> 2265 - CUDA Centers of Excellence<br />
<strong>20</strong>09 - 4D Visualization and Analysis 2225 - Tools <strong>for</strong> Managing Clusters <strong>20</strong>84 - State of the Art in <strong>GPU</strong> Data- 2<strong>20</strong>5 - A Highly Reliable RAID <strong>20</strong>60 - <strong>GPU</strong>s in a Flash: Mapping 2212 - Parallel Nsight <strong>for</strong><br />
2250 - <strong>GPU</strong> Ray Tracing Exposed: 2304 - Harnessing the <strong>GPU</strong> to 2297 - Developing CUDA<br />
2239 - Fast <strong>GPU</strong> Preconditioning <strong>for</strong> <strong>20</strong>26 - MatCloud: Accelerating<br />
Super-Session IV<br />
of Flow<br />
of NVIDIA <strong>GPU</strong>s<br />
Parallel Algorithm Primitives System Based on <strong>GPU</strong>s<br />
the Flash Animated Software Accelerated DirectX 11<br />
Under the Hood of the NVIDIA Accelerate Automotive<br />
Accelerated .NET Plugins <strong>for</strong> Fluid Simulations in Film Production Matrix Math <strong>GPU</strong> Operations with<br />
Speakers(s): Paul Calleja (University<br />
Speakers(s): Shalini Venkataraman Speakers(s): Peter Buckingham Speakers(s): Mark Harris (NVIDIA) Speakers(s): Matthew Curry (Sandia Vector Rendering Model to the <strong>GPU</strong> Development [Advanced]<br />
OptiX Ray Tracing Engine<br />
Development<br />
Microsoft Excel<br />
Speakers(s): Dan Bailey (Double SaaS<br />
of Cambridge), Ting-Wai Chiu<br />
(NVIDIA)<br />
(NVIDIA), Andrew Iles (NVIDIA)<br />
National Laboratories and the Speakers(s): Lee Thomason (Adobe Speakers(s): Simon Barrett (NVIDIA)<br />
Speakers(s): Steve Parker (NVIDIA), Speakers(s): Igor Juric (Juric Design / Speakers(s): Peter Decrem Negative)<br />
Speakers(s): Xing Wu (North<br />
(National Taiwan University),<br />
University of Alabama at<br />
Systems)<br />
Austin Robison (NVIDIA), Phillip Dok-Ing), Tomislav Bosko (Dok-Ing), (Quantifi)<br />
Carolina State University), Frank<br />
Satoshi Matsuoka (Tokyo Institute<br />
Birmingham)<br />
Miller (NVIDIA)<br />
Theo Valich (Bright Side Network<br />
Mueller (North Carolina State<br />
of <strong>Technology</strong>)<br />
Inc)<br />
University)<br />
17:30<br />
18:<strong>00</strong><br />
1<strong>00</strong>4 - Exhibits Open / Networking Lunch<br />
2262 - CUDA Centers of Excellence<br />
Super-Session I<br />
Speakers(s): Hanspeter Pfister<br />
(Harvard University), Jeffrey Vetter<br />
(Georgia Tech)<br />
<strong>20</strong>:15 Special 3D Screening: "The Third Pillar of Science" - Keynote Hall<br />
2152 - Using Virtual Texturing to<br />
Handle Massive Texture Data<br />
Speakers(s): Evan Hart (NVIDIA),<br />
Johannes van Waveren (id<br />
Software)<br />
<strong>20</strong>94 - Nearly Instantaneous<br />
Reconstruction <strong>for</strong> MRIs<br />
Speakers(s): Babu Narayanan (GE<br />
Global Research)<br />
<strong>20</strong>57 - CUDA-Accelerated LINPACK<br />
on Clusters<br />
Speakers(s): Everett Phillips<br />
(NVIDIA), Massimiliano Fatica<br />
(NVIDIA)<br />
<strong>20</strong>19 - <strong>GPU</strong>-Accelerated Internet<br />
Technologies & Trends<br />
Speakers(s): Chris Pedersen<br />
(NVIDIA)<br />
<strong>20</strong>15 - Efficient Tridiagonal Solvers<br />
<strong>for</strong> ADI methods and Fluid<br />
Simulation<br />
Speakers(s): Nikolai Sakharnykh<br />
(NVIDIA)<br />
*ROOM CHANGE: Session was in<br />
Room C<br />
<strong>20</strong><strong>13</strong> - iray - <strong>GPU</strong>s and the 2150 - Parallel Nsight: Debugging<br />
Photorealistic Rendering Revolution Massively Parallel Applications<br />
Speakers(s): Michael Kaplan [Advanced]<br />
(mental images/NVIDIA)<br />
Speakers(s): Sebastien Domine<br />
(NVIDIA)<br />
2222 - Working Man's Guide to 3D<br />
Video Editing<br />
Speakers(s): Ian Williams (NVIDIA),<br />
Kevan O'Brien (NVIDIA)<br />
*ROOM CHANGE: Session was in<br />
Room A7<br />
2303 - Using Tegra to Solve The<br />
Electric Car Power Dilemma<br />
Speakers(s): Theo Valich (Bright<br />
Side Network Inc)<br />
<strong>20</strong>28 - Mathematica <strong>for</strong> <strong>GPU</strong><br />
Programming<br />
Speakers(s): Ulises Cervantes-<br />
Pimentel (Wolfram Research)<br />
15:<strong>00</strong> 2263 - CUDA Centers of Excellence 2227 - OpenGL 4.0 Tessellation <strong>for</strong> <strong>20</strong>74 - Driving a Product from <strong>20</strong>17 - Lessons Learned Deploying 2235 - Advanced Medical Volume 2224 - <strong>GPU</strong> Acceleration in Adobe 21<strong>13</strong> - WebGL: Bringing 3D to the 2147 - GP<strong>GPU</strong> Development <strong>for</strong> <strong>20</strong>85 - Tridiagonal Solvers: Auto-<br />
2148 - Rapid Prototyping and<br />
Super-Session II<br />
Professional Applications<br />
Rasterization to Ray Tracing: The the World’s First <strong>GPU</strong>-Based Rendering and Segmentation on Creative Tools<br />
Web<br />
Windows HPC Server<br />
Tuning and Optimizations<br />
Visualization with OpenCL Studio<br />
Speakers(s): Stan Tomov (University Speakers(s): Philippe Rollin (NVIDIA) Developer Experience<br />
Petaflop System<br />
the <strong>GPU</strong><br />
Speakers(s): Paul Young (Adobe), Speakers(s): Vladimir Vukicevic Speakers(s): Calvin Clark (Microsoft) Speakers(s): Andrew Davidson<br />
Speakers(s): Jochen Stier (Geist<br />
of Tennessee), Amitabh Varshney<br />
Speakers(s): Nicolas Gebbie Speakers(s): Dale Southard (NVIDIA) Speakers(s): Mike Roberts<br />
Steve Hoeg (Adobe), Al Mooney (Mozilla Corporation)<br />
(University of Cali<strong>for</strong>nia, Davis), Yao<br />
Software Labs)<br />
(University of Maryland), Wei Ge<br />
(Bunkspeed)<br />
(Hotchkiss Brain Institute,<br />
(Adobe)<br />
Zhang (University of Cali<strong>for</strong>nia,<br />
(Institute of Process Engineering,<br />
University of Calgary, Canada), Eric<br />
Davis)<br />
Chinese Academy of Sciences)<br />
Penner (Hotchkiss Brain Institute,<br />
2276 - Using <strong>GPU</strong>s to Run Next-<br />
Generation Weather Models<br />
Speakers(s): Mark Govett (NOAA<br />
Earth System Research Laboratory)<br />
2103 - Development of an Efficient<br />
<strong>GPU</strong>-Accelerated Model <strong>for</strong> Fully<br />
Nonlinear Water Waves<br />
Speakers(s): Allan Peter Engsig-<br />
Karup (Technical University of<br />
Denmark)<br />
2233 - Solving Your <strong>GPU</strong> Computing<br />
Needs (Sponsored by HP)<br />
Speakers(s): Dave Korf (HP), Will<br />
Wade (HP)<br />
2270 - Appro’s <strong>GPU</strong> Computing<br />
Solutions<br />
Speakers(s): John Lee (Appro)<br />
2112 - The Heisenberg Spin Glass<br />
Model on <strong>GPU</strong>: Myth versus Fact<br />
Speakers(s): Massimo Bernaschi<br />
(Istituto Applicazioni del Calcolo -<br />
C.N.R.)<br />
2299 - Integrating CUDA BLAS with<br />
IMSL Fortran<br />
Speakers(s): Chris Gottbrath<br />
(TotalView Technologies, Inc., a<br />
Rogue Wave Software company)<br />
<strong>20</strong>90 - Developing Highly Scalable<br />
Particle-Mesh Codes <strong>for</strong> <strong>GPU</strong>s: A<br />
Generic Approach<br />
Speakers(s): Guido Juckeland (TU<br />
Dresden - ZIH), Michael Bussmann<br />
(Forschungszentrum Dresden-<br />
Rossendorf)<br />
16:<strong>00</strong> 2264 - CUDA Centers of Excellence <strong>20</strong>22 - Solving PDEs on Regular <strong>20</strong>36 - Algorithms <strong>for</strong> Automated <strong>20</strong>52 - Power Management <strong>20</strong>67 - Experiences with Code 2161 - NVIDIA Quadro Digital Video 2274 - Harnessing the Power of the 2151 - Parallel Nsight: Analyzing <strong>20</strong>56 - Next-Generation Rendering<br />
2179 - <strong>GPU</strong> - An R Library <strong>for</strong> Native 2295 - Large-scale CFD Applications 2247 - Reconfiguring a Pool of <strong>GPU</strong>s 2129 - Hardware Subdivision and<br />
Super-Session III<br />
Grids with OpenCurrent<br />
Segmentation of Medical Imaging Techniques <strong>for</strong> Heterogeneous Optimizations <strong>for</strong> High Per<strong>for</strong>mance Pipeline Overview<br />
<strong>GPU</strong> in Internet Explorer 9 and Optimizing Massively Parallel with CgFX<br />
<strong>GPU</strong> Objects<br />
and a Full <strong>GPU</strong> Implementation of a on The Fly (Sponsored by NextIO) Tessellation of Catmull-Clark<br />
Speakers(s): Wen-mei Hwu Speakers(s): Jonathan Cohen Studies Utilizing CUDA<br />
Exascale Computing<br />
GP<strong>GPU</strong> Programs<br />
Speakers(s): Thomas True (NVIDIA) Speakers(s): Jason Weber<br />
Applications [Advanced]<br />
Speakers(s): Tristan Lorach (NVIDIA)<br />
Speakers(s): Christopher Brown Weather Prediction Code on the Speakers(s): K.C. Murphy (NextIO) Surfaces<br />
(University of Illinois, Urbana- (NVIDIA Research)<br />
Speakers(s): Supratik Moulik Speakers(s): Xiaohui Cui (Oak Ridge Speakers(s): Huiyang Zhou (North<br />
(Microsoft)<br />
Speakers(s): Sebastien Domine<br />
(Open Data)<br />
TSUBAME Supercomputer<br />
Speakers(s): Charles Loop<br />
Champaign), Yangdong Deng<br />
(University of Pennsylvania) National Laboratory )<br />
Carolina State University), Yi Yang<br />
(NVIDIA)<br />
Speakers(s): Takayuki Aoki (Tokyo<br />
(Microsoft Research)<br />
(Tsinghua University), Charles<br />
Hansen (University of Utah)<br />
(North Carolina State University)<br />
Institute of <strong>Technology</strong>)<br />
1<strong>00</strong>5 - Exhibits Open / Networking Reception / Research Posters Showcase<br />
2102 - Evacuate Now? Faster-thanreal-time<br />
Shallow Water Simulation<br />
on <strong>GPU</strong>s<br />
Speakers(s): André Rigland<br />
Brodtkorb (SINTEF ICT)
<strong>GPU</strong> <strong>Technology</strong> <strong>Conference</strong> - <strong>Schedule</strong> <strong>for</strong> Wednesday, <strong>Sept</strong> 22<br />
Wed 9/22 Keynote Hall Marriott Guadalupe Marriott San Jose Ballroom Room A1 Room A2 Room A3 Room A5 Room A7 Room A8 Room B Room C Room D Room E Room K Room L Room M Room N<br />
9:<strong>00</strong> 1<strong>00</strong>2 - Day 2 Keynote with Dr. Klaus Schulten, University of Illinois at Urbana-Champaign<br />
10:<strong>00</strong> 4<strong>00</strong>0 - Emerging Companies <strong>20</strong>82 - CU-LSP: <strong>GPU</strong>-based Spectral 2280 - TSUBAME2.0 Experience 2<strong>13</strong>4 - Ultra High Resolution 2141 - Moving the Frontier of Oil 2166 - The Triad of Extreme 2249 - New Programming Tools 2169 - Real-time Volumetric 2305 - PantaRay: Accelerating Out- 2168 - Interactive Molecular <strong>20</strong>58 - A Practical Introduction to 2163 - Leveraging <strong>GPU</strong>s <strong>for</strong><br />
Summit Opening Address<br />
Analysis of Unevenly Sampled Data Speakers(s): Satoshi Matsuoka Displays and Interactive Eyepoint and Gas Exploration and<br />
Computing-Fast Algorithms, Open <strong>GPU</strong> Computing<br />
Medical Ultrasound Applications Of-Core Ray Tracing of Sparsely Dynamics <strong>for</strong> Nanomechanical and Computational Fluid Dynamics on Evolutionary Game Theory<br />
Speakers(s): Jeff Herbst (NVIDIA) Speakers(s): Richard Townsend (Tokyo Institute of <strong>Technology</strong>) Using CUDA<br />
Production with <strong>GPU</strong>s<br />
Software and Heterogeneous Speakers(s): Wen-mei Hwu <strong>for</strong> <strong>GPU</strong> Computing<br />
Sampled Occlusion<br />
Nanochemical Experiments <strong>GPU</strong>s<br />
Speakers(s): Amanda Peters<br />
(University of Wisconsin-Madison)<br />
Speakers(s): Rajeev Surati (Scalable Speakers(s): Maurice Nessim Systems<br />
(University of Illinois, Urbana- Speakers(s): Roee Lazebnik Speakers(s): Luca Fascione (Weta Speakers(s): Axel Kohlmeyer Speakers(s): Tomasz Bednarz (Harvard University)<br />
Display Technologies)<br />
(Schlumberger), Shashi Menon Speakers(s): Lorena Barba (Boston Champaign), Andrew Schuh (Siemens Healthcare)<br />
Digital)<br />
(Institute <strong>for</strong> Computational (CSIRO)<br />
(Schlumberger)<br />
University)<br />
(University of Illinois)<br />
Molecular Science, Temple<br />
University)<br />
10:30 2109 - Migration of a Complete 3D<br />
Poisson Solver from Legacy Fortran<br />
to CUDA<br />
Speakers(s): Huynh Phung (A*STAR<br />
Institute of High Per<strong>for</strong>mance<br />
Computing)<br />
12:<strong>00</strong><br />
16:<strong>00</strong><br />
16:30<br />
18:<strong>00</strong><br />
2231 - Driving on Mars, Redux:<br />
System Level Simulation of<br />
Dynamic Systems<br />
Speakers(s): Dan Negrut (University<br />
of Wisconsin)<br />
11:<strong>00</strong> 4<strong>00</strong>1 - Emerging Companies: CEO <strong>20</strong>99 - Cosmology Powered by <strong>20</strong>78 - Shockingly fast and accurate <strong>20</strong>71 - Large Scale Visualization <strong>20</strong>59 - Industrial Seismic Imaging on 2216 - CUDA Libraries Open House 2275 - The Evolution of <strong>GPU</strong>s <strong>for</strong> 2146 - Virtual Surgery<br />
2286 - Towards Peta-Scale Green <strong>20</strong>34 - Re<strong>for</strong>mulating Algorithms 2177 - Simplifying Parallel 2<strong>20</strong>7 - Playing Zero-Sum Games on <strong>20</strong>65 - Massively Accelerating<br />
on Stage featuring Elemental <strong>GPU</strong>s Redux<br />
CFD simulations<br />
Soup<br />
<strong>GPU</strong>s<br />
Speakers(s): Ujval Kapasi (NVIDIA), General Purpose Computing Speakers(s): Aaron Oliker<br />
Computation - Applications of the <strong>for</strong> the <strong>GPU</strong><br />
Programming with Domain Specific the <strong>GPU</strong><br />
Iterative Gauss-Newton Fitting<br />
Technologies, Geomerics, and Speakers(s): Dominique Aubert Speakers(s): Timothy Warburton Speakers(s): Steve Nash (NVIDIA) Speakers(s): Scott Morton (Hess Philippe Vandermersch (NVIDIA), Speakers(s): Ian Buck ()<br />
(BioDigital)<br />
<strong>GPU</strong> Supercomputers in the Speakers(s): Narayan Ganesan Languages<br />
Speakers(s): Avi Bleiweiss (NVIDIA Speakers(s): Daniel Härter<br />
Milabra<br />
(Strasbourg University)<br />
(Rice University)<br />
Corporation)<br />
Elif Albuz (NVIDIA), Nathan<br />
Chinese Academy of Sciences (CAS) (University of Delaware), Michela Speakers(s): HyoukJoong Lee Corporation)<br />
(University of Freiburg, IMTEK, (Allinea Software)<br />
Speakers(s): Rob Balgley (Mersive),<br />
Whitehead (NVIDIA), Frank<br />
Speakers(s): Wei Ge (Institute of Taufer (University of Delaware) (Stan<strong>for</strong>d University). Hassan Chafi<br />
Laboratory <strong>for</strong> Process <strong>Technology</strong>)<br />
Sam Blackman (Elemental<br />
Jargstorff (NVIDIA)<br />
Process Engineering, Chinese<br />
(Stan<strong>for</strong>d University)<br />
Technologies, Inc.), Chris Doran<br />
Academy of Sciences), Xiaowei<br />
(Geomerics) and Panelists Drew<br />
Wang (Institute of Process<br />
11:30<br />
Lanza (Morgenthaler), Dan'l Lewin<br />
(Microsoft), Jon Peddie (Jon Peddie<br />
Research), Jeff Herbst (NVIDIA)<br />
Engineeri<br />
<strong>20</strong>35 - Simulations of Large<br />
Membrane Regions<br />
Speakers(s): Michela Taufer<br />
(University of Delaware), Narayan<br />
Ganesan (University of Delaware),<br />
Sandeep Patel (University of<br />
Delaware)<br />
1<strong>00</strong>4 - Exhibits Open / Networking Lunch<br />
2306 - Gate-Level Simulation with<br />
GP-<strong>GPU</strong>s<br />
Speakers(s): Debapriya Chatterjee<br />
(University of Michigan)<br />
23<strong>00</strong> - High-Per<strong>for</strong>mance<br />
Compressive Sensing using Jacket<br />
Speakers(s): Nabor Reyna (Rice<br />
University)<br />
<strong>20</strong>39 - <strong>GPU</strong> Debugging with Allinea<br />
DDT<br />
Speakers(s): David Lecomber<br />
2117 - Migration of C and Fortran<br />
Apps to GP<strong>GPU</strong> using HMPP<br />
Speakers(s): Francois Bodin (CAPS<br />
entreprise)<br />
14:<strong>00</strong> 4<strong>00</strong>2 - Emerging Companies: CEO <strong>20</strong><strong>00</strong> - Gravitational N-body 2<strong>20</strong>4 - Bridging <strong>GPU</strong> Computing and 2125 - Developing <strong>GPU</strong> Enabled 2142 - Complex Geophysical <strong>20</strong>41 - PyCUDA: Even Simpler <strong>GPU</strong> 2140 - Superfast Nearest Neighbor 2<strong>13</strong>9 - Interactive Histology of 2246 - The challenges of integrating <strong>20</strong>68 - Parallelizing FPGA<br />
2164 - Analytical Per<strong>for</strong>mance <strong>20</strong>38 - The Best of Both Worlds: 2<strong>13</strong>7 - CUDA <strong>for</strong> Real-Time <strong>20</strong>45 - Roe-Pike Scheme <strong>for</strong> 2D<br />
on Stage featuring Allegorithmic Simulations: How Massive Black Neuroscience to Build Large-Scale Visual Effects For Film And Video Imaging Algorithms Enabled by <strong>GPU</strong> Programming with Python Searches Using a Minimal kd-tree Large-Scale Biomedical Image CUDA engines into an existing <strong>Technology</strong> Mapping using <strong>GPU</strong>s Models to Improve the Efficiency of Flexible Data Structures <strong>for</strong> Multigrid Finite Element Simulation Euler Equations<br />
SAS, Bunkspeed, and miGenius Holes Interact with Stellar Systems Face Recognition on Facebook. Speakers(s): Bruno Nicoletti (The technology<br />
Speakers(s): Andreas Kloeckner Speakers(s): Shawn Brown (UNC, Stacks<br />
package, yet not sinking the boat Speakers(s): Doris Chen (University <strong>GPU</strong> Computing<br />
Heterogeneous Computing of Soft Tissue De<strong>for</strong>mations Speakers(s): Matthieu Lefebvre<br />
Speakers(s): Philip Lunn<br />
Speakers(s): Roberto Capuzzo- Speakers(s): Nicolas Pinto (MIT), Foundry)<br />
Speakers(s): David Nichols (Courant Institute, NYU)<br />
Chapel Hill)<br />
Speakers(s): Won-Ki Jeong (Harvard Speakers(s): Eri Rubin (OptiTex) of Toronto)<br />
Speakers(s): Hyesoon Kim (Georgia Speakers(s): Robert Strzodka (Max Speakers(s): Christian Dick (ONERA)<br />
(Bunkspeed), Sébastien Deguy Dolcetta (Sapienza Univ. of Roma), David Cox (Harvard University)<br />
(Schlumberger)<br />
University), Jens Schneider (King<br />
Tech)<br />
Planck Institut In<strong>for</strong>matik) (Technische Universität München),<br />
(Allegorithmic), Chris Blewitt Alessandra Mastrobuono Battisti<br />
Abdullah University of Science and<br />
Joachim Georgii (Technische<br />
(miGenius Limited) and Panelists<br />
Drew Lanza (Morgenthaler), Dan'l<br />
(Sapienza- University of Rome)<br />
<strong>Technology</strong>)<br />
Universität München)<br />
14:30<br />
Lewin (Microsoft), Jon Peddie (Jon<br />
Peddie Research), Jeff Herbst<br />
(NVIDIA)<br />
<strong>20</strong>49 - Deflated Preconditioned<br />
Conjugate Gradient on the <strong>GPU</strong><br />
Speakers(s): Rohit Gupta (Delft<br />
University Of <strong>Technology</strong>), Kees<br />
Vuik (Delft University Of<br />
<strong>Technology</strong>)<br />
2160 - StarPU: a Runtime System<br />
<strong>for</strong> Scheduling Tasks<br />
Speakers(s): Cedric Augonnet<br />
(INRIA)<br />
<strong>20</strong>92 - Integrating CUDA into a<br />
Large-Scale Commercial Database<br />
Management System<br />
Speakers(s): Richard Wilton (The<br />
Johns Hopkins University), Tamas<br />
Budavari (Johns Hopkins<br />
University), Alex Szalay (The Johns<br />
Hopkins University)<br />
21<strong>20</strong> - High Per<strong>for</strong>mance Complex<br />
Event Processing on GP<strong>GPU</strong><br />
Speakers(s): Murali Krishna (Infosys<br />
Technologies Limited), Dr. Sudeep<br />
(Infosys)<br />
2232 - What If You Had a Petabyte<br />
of Memory and/or a Petaflop of<br />
Compute? (Sponsored by SGI)<br />
Speakers(s): Bill Mannel (SGI)<br />
2293 - Scaling Up and Scaling Out<br />
<strong>GPU</strong>s with Supermicro's Twin<br />
Architecture (Sponsored by<br />
Supermicro)<br />
Speakers(s): Don Clegg ()<br />
2287 - Internal <strong>GPU</strong>s on Dedicated<br />
x16 Slots - Are They Needed For<br />
HPC? (Sponsored by Dell)<br />
Speakers(s): Mark Fernandez (Dell )<br />
2308 - Building Cutting-Edge<br />
Realtime 3D Applications with<br />
NVIDIA SceniX<br />
Speakers(s): Brian Harrison<br />
(NVIDIA), Michael Morrison<br />
(NVIDIA)<br />
2104 - Rapid Prototyping Using<br />
Thrust: Saving Lives with High<br />
Per<strong>for</strong>mance Dosimetry<br />
Speakers(s): Guillaume Saupin<br />
(Atomic and Alternative Energies<br />
Commission (CEA))<br />
2248 - Parallel Processing on <strong>GPU</strong>s<br />
at the University of Utah<br />
Speakers(s): Claudio Silva<br />
(University of Utah), Huy Vo<br />
(University of Utah)<br />
15:<strong>00</strong> 4<strong>00</strong>3 - Emerging Companies <strong>20</strong>44 - GRASSY: Leveraging <strong>GPU</strong> 2281 - Domain-Specific Languages <strong>20</strong>29 - Computer Vision Algorithms 2174 - Reverse Time Migration on 2234 - Unstructured Finite Volume 2238 - Better Per<strong>for</strong>mance at 2211 - Modern Architecture <strong>for</strong> 2273 - <strong>GPU</strong>s In the Front Line of our 2218 - Redesigning Molecular 2122 - Using <strong>GPU</strong>s <strong>for</strong> Real-Time 2296 - CUDA Optimization <strong>for</strong> 2170 - Lattice Boltzmann Multi- 2251 - TotalView Debugger <strong>for</strong> 2237 - Accelerating Business <strong>20</strong>80 - Tackling Multi-Gigabit Design <strong>20</strong>50 - Copperhead: Data-Parallel<br />
Summit Panel: <strong>GPU</strong>s <strong>for</strong> Computer Texture Units <strong>for</strong> Asteroseismic Speakers(s): Hanspeter Pfister <strong>for</strong> Automating HD Post-Production <strong>GPU</strong>s<br />
Code on a Cluster with Multiple Lower Occupancy<br />
Massively Parallel Medical Defenses (Sponsored by GE) Dynamics <strong>for</strong> <strong>GPU</strong>s and <strong>GPU</strong> Brain-Computer Interfaces Ninjas: A Case Study of High- Phase Simulations in Porous Media CUDA<br />
Intelligence Applications with Fast Challenges with a Practical Virtual Python <strong>for</strong> the <strong>GPU</strong><br />
Vision<br />
Data Analysis<br />
(Harvard University), Milos Hasan Speakers(s): Hannes Fassold Speakers(s): Alex Loddoch <strong>GPU</strong>s per Node<br />
Speakers(s): Vasily Volkov (UC Tomographic Image Reconstruction Speakers(s): Simon Collins (GE Clusters<br />
Speakers(s): Adam Wilson Per<strong>for</strong>mance Sorting<br />
using <strong>GPU</strong>s<br />
Speakers(s): Chris Gottbrath Multidimensional Aggregation EMI/ESD Lab<br />
Speakers(s): Bryan Catanzaro<br />
Moderator: Jon Peddie (Jon Peddie Speakers(s): Matt Sinclair (UW- (Harvard University)<br />
(JOANNEUM RESEARCH)<br />
(Chevron)<br />
Speakers(s): Keith Obenschain Berkeley)<br />
on a <strong>GPU</strong> Cluster<br />
Intelligent Plat<strong>for</strong>ms)<br />
Speakers(s): Scott Le Grand (University of Cincinnati)<br />
Speakers(s): Duane Merrill Speakers(s): Jonas Toelke (Ingrain) (TotalView Technologies, Inc., a Speakers(s): Tobias Lauer<br />
Speakers(s): Davy Pissoort (KHBO- (University of Cali<strong>for</strong>nia, Berkeley)<br />
Research); Speakers(s): Sam Cox Madison)<br />
(Naval Research Lab), Andrew<br />
Speakers(s): Sven Prevrhal (Philips),<br />
(NVIDIA)<br />
(University of Virginia)<br />
Rogue Wave Software company) (University of Freiburg), Christoffer FMEC), Amolak Badesha (Agilent<br />
(Milabra), Tom Dean (Google)<br />
Corrigan (Naval Research<br />
Jingyu Cui (Stan<strong>for</strong>d University)<br />
Anselm (Jedox AG)<br />
Technologies), Hany Fahmy<br />
Janko Mrsic-Flogel (MirriAd), Joe<br />
Laboratory & George Mason<br />
(NVIDIA)<br />
Stam (NVIDIA), Yoram Yaacovi<br />
University)<br />
15:30<br />
(Microsoft)<br />
2143 - CUDA Fortran Programming<br />
<strong>for</strong> NVIDIA <strong>GPU</strong>s<br />
Speakers(s): Brent Leback (The<br />
Portland Group)<br />
4<strong>00</strong>4 - Emerging Companies: CEO 2108 - Binary Black Holes<br />
on Stage featuring Cooliris, empulse Simulations using CUDA<br />
GmbH, and Playcast<br />
Speakers(s): Abdul Mroue (CITA,<br />
Speakers(s): Austin Shoemaker Univ. Of Toronto)<br />
(Cooliris), Michael Hummel<br />
(empulse GmbH), Natan<br />
Peterfreund (Playcast Media<br />
Systems) and panelists Nathan<br />
Brookwood (Insight64), Charles<br />
1<strong>00</strong>6 - Exhibits Open / Networking Reception<br />
2<strong>13</strong>5 - Processing Petabytes per<br />
Second with the ATLAS experiment<br />
at the Large Hadron Collider at<br />
CERN<br />
Speakers(s): Philip Clark (University<br />
of Edinburgh), Andrew Washbrook<br />
(University of Edinburgh)<br />
<strong>20</strong>72 - <strong>GPU</strong>s at the Computer<br />
Animation Studio<br />
Speakers(s): Hugo Ayala (Blue Sky<br />
Studios)<br />
2226 - Reverse Time Migration with<br />
GMAC<br />
Speakers(s): Javier Cabezas<br />
(Barcelona Supercomputing<br />
Center), Mauricio Araya (Barcelona<br />
Supercomputing Center)<br />
2<strong>20</strong>1 - A Case Study of Accelerating<br />
Matlab Based Applications using<br />
<strong>GPU</strong>s<br />
Speakers(s): Aniruddha Dasgupta<br />
(Georgia Institute of <strong>Technology</strong>)<br />
2154 - The Impact of Data<br />
Movement on <strong>GPU</strong> Per<strong>for</strong>mance<br />
Speakers(s): John Humphrey (EM<br />
Photonics, Inc), Daniel Price (EM<br />
Photonics, Inc.)<br />
2144 - Large-Scale Visualization<br />
Using A <strong>GPU</strong> Cluster<br />
Speakers(s): Byungil Jeong (TACC /<br />
UT-Austin), Paul Navratil (Texas<br />
Advanced Computing Center)<br />
2118 - Large-scale Gas Turbine<br />
Simulations on <strong>GPU</strong> Clusters<br />
Speakers(s): Tobias Brandvik<br />
(University of Cambridge)<br />
<strong>20</strong>73 - High Per<strong>for</strong>mance Molecular<br />
Simulation, Visualization, and<br />
Analysis on <strong>GPU</strong>s<br />
Speakers(s): John Stone (University<br />
of Illinois at Urbana-Champaign)<br />
<strong>20</strong>93 - Computational<br />
Photography: Real-Time Plenoptic<br />
Rendering<br />
Speakers(s): Andrew Lumsdaine<br />
(Indiana University), Georgi Chunev<br />
(Indiana University), Todor<br />
Georgiev (Adobe Systems)<br />
<strong>20</strong><strong>20</strong> - <strong>GPU</strong>-Accelerated Data<br />
Expansion <strong>for</strong> the Marching Cubes<br />
Algorithm<br />
Speakers(s): Gernot Ziegler<br />
(NVIDIA). Chris Dyken (SINTEF)<br />
<strong>20</strong>83 - <strong>GPU</strong> Accelerated Solver <strong>for</strong><br />
the 3D Two-phase Incompressible<br />
Navier-Stokes Equations<br />
Speakers(s): Peter Zaspel<br />
(University of Bonn)<br />
<strong>20</strong>69 - <strong>GPU</strong>-Accelerated Business<br />
Intelligence Analytics<br />
Speakers(s): Ren Wu (HP Labs)<br />
2252 - Simulating Housefly Vision<br />
Elements Using OpenCL<br />
Speakers(s): Karen Haines<br />
(WASP/The University of Western<br />
Australia)<br />
2302 - Microsoft Technologies <strong>for</strong><br />
High Per<strong>for</strong>mance Computing<br />
(Sponsored by Microsoft)<br />
Speakers(s): Calvin Clark<br />
(Microsoft)<br />
2217 - <strong>GPU</strong>-Based Conjugate<br />
Gradient Solvers <strong>for</strong> Lattice QCD<br />
Speakers(s): Ting-Wai Chiu<br />
(National Taiwan University)<br />
17:<strong>00</strong> 4<strong>00</strong>5 - Emerging Companies: CEO 2178 - Using <strong>GPU</strong>s to Track <strong>20</strong>11 - Fundamental Per<strong>for</strong>mance 2162 - Real-time Reyes:<br />
<strong>20</strong>14 - Scalable Subsurface Data <strong>20</strong>05 - Porting Large-Scale Legacy <strong>20</strong>89 - Analyzing CUDA Accelerated 2243 - Microsoft RemoteFX - <strong>GPU</strong> <strong>20</strong>77 - Catastrophic Risk<br />
<strong>20</strong>06 - Short-Range Molecular <strong>20</strong>21 - Efficient Volume<br />
2167 - Designing a Geoscience 2128 - Hybrid Quantum<br />
2282 - <strong>GPU</strong>-Enabled Biomedical 2285 - Walt Disney Animation 2294 - <strong>GPU</strong>.NET with TidePowerd 2242 - Swarming Bacteria and<br />
on Stage featuring Jedox Business Changes in the Sun<br />
Optimizations <strong>for</strong> <strong>GPU</strong>s<br />
Programmable Rendering on Visualization Framework<br />
Fortran Codes<br />
Application Per<strong>for</strong>mance at <strong>20</strong> Virtualization <strong>for</strong> Desktop<br />
Management: Fast and Flexible Dynamics on <strong>GPU</strong><br />
Segmentation on the <strong>GPU</strong> Accelerator Library Accessible from Mechanics/Electrodynamics Imaging<br />
Studios' <strong>GPU</strong>-Acelerated Animatic Speakers(s): Jack Pappas<br />
Diffusing Particles: High-<br />
Intelligence, Rocketick, and Speakers(s): Mark Cheung Speakers(s): Paulius Micikevicius Graphics Processors<br />
Speakers(s): Tom-Michael Thamm Speakers(s): Andrew Corrigan PFLOP/s<br />
Centralization<br />
with <strong>GPU</strong> Analytics<br />
Speakers(s): Peng Wang (NVIDIA) Speakers(s): Allan Rasmusson High Level Languages<br />
(QM/ED) Modeling of Solar Cells on Speakers(s): Homer Pien (MGH / Lighting Process with Soft Shadows (TidePowerd)<br />
Throughput Analysis of Microscopic<br />
Softkinetic<br />
(Lockheed Martin Solar &<br />
(NVIDIA)<br />
Speakers(s): Anjul Patney<br />
(mental images GmbH), Marc (Naval Research Laboratory & Speakers(s): Guido Juckeland (TU Speakers(s): Tad Brockway Speakers(s): Philippe Stephan<br />
(University of Aarhus), Gernot Speakers(s): Chris Hill (M.I.T), Alan a CUDA Cluster<br />
HMS)<br />
and Depth of Field<br />
3D Motion<br />
Speakers(s): Kristian Raue (Jedox Astrophysics Laboratory)<br />
(University of Cali<strong>for</strong>nia, Davis), Nienhaus (mental images GmbH) George Mason University), Rainald Dresden - ZIH), Jeremy Meredith (Microsoft)<br />
(RMS)<br />
Ziegler (NVIDIA)<br />
Richardson (M.I.T)<br />
Speakers(s): Hanning Chen<br />
Speakers(s): David Adler (Walt<br />
Speakers(s): Peter Lu (Harvard<br />
AG), Uri Tal (Rocketick), Michel<br />
Stanley Tzeng (University of<br />
Löhner (George Mason University) (Oak Ridge National Laboratory)<br />
(Northwestern University)<br />
Disney Animation Studios)<br />
University)<br />
Tombroff (Softkinetic) and<br />
panelist(s): Nathan Brookwood<br />
Cali<strong>for</strong>nia, Davis)<br />
17:30<br />
(Insight64), Charles Carmel (Cisco),<br />
Flip Gianos (Interwest Partners),<br />
Jeff Herbst (NVIDIA)<br />
2284 - <strong>GPU</strong> implementation of<br />
Collision-Based De<strong>for</strong>mation<br />
Speakers(s): Dmitriy Pinskiy (Walt<br />
Disney Animation Studios)
<strong>GPU</strong> <strong>Technology</strong> <strong>Conference</strong> - <strong>Schedule</strong> <strong>for</strong> Thursday, <strong>Sept</strong> 23<br />
Thurs 9/23 Keynote Hall Marriott San Jose Ballroom Room A1 Room A2 Room A3 Room A5 Room A7 Room A8 Room B Room C Room D Room K Room L Room M Room N<br />
9:<strong>00</strong> 4<strong>00</strong>6 - Fireside Chat with Jen-Hsun 2156 - GMAC: Global Memory For 2<strong>20</strong>2 - A Programming Model and 2301 - <strong>GPU</strong> Cluster Computing: 2<strong>13</strong>8 - Faster, Cheaper, Better – <strong>20</strong>27 - <strong>GPU</strong>-Based Image Processing <strong>20</strong>33 - Accelerating Pricing Models 2<strong>20</strong>6 - Accelerated Computational 2236 - A Work-Efficient <strong>GPU</strong> <strong>20</strong>48 - H.264/AVC Video Encoding 2272 - GStream: A General-Purpose 2145 - Photo Editing on the <strong>GPU</strong> <strong>20</strong>30 - High-Throughput Cell 2278 - Strategies <strong>for</strong> Code<br />
<strong>20</strong>76 - Implementing CUDA Audio<br />
Huang - Co-founder & CEO, NVIDIA Accelerators<br />
Tool <strong>for</strong> Automatic High-<br />
Accelerating Scientific Discovery Hybridization of Linear Algebra <strong>for</strong> in Military Applications<br />
with virtual <strong>GPU</strong>s<br />
Fluid Dynamics Employing <strong>GPU</strong>s Algorithm <strong>for</strong> Level Set<br />
with CUDA and OpenCL<br />
Data Streaming Framework on with MuseMage<br />
Signaling Network Learning with Encapsulation in <strong>GPU</strong><br />
Networks<br />
Speakers(s): Quentin Hardy (Forbes Speakers(s): Isaac Gelado<br />
Per<strong>for</strong>mance C to CUDA Mapping Speakers(s): John Taylor (CSIRO) <strong>GPU</strong>s<br />
Speakers(s): Sean Varah<br />
Speakers(s): Scott Donovan (Citadel Speakers(s): Daniel Gaudlitz Segmentation<br />
Speakers(s): Thomas Kramer <strong>GPU</strong>s<br />
Speakers(s): Kaiyong Zhao (HKBU), <strong>GPU</strong>s<br />
Implementations<br />
Speakers(s): Giancarlo Del Sordo<br />
Magazine), Jen-Hsun Huang (Universitat Politecnica de Speakers(s): Benoit Meister<br />
Speakers(s): Stan Tomov (University (MotionDSP Inc.)<br />
Investment Group)<br />
(FluiDyna)<br />
Speakers(s): Mike Roberts<br />
(MainConcept)<br />
Speakers(s): Xing Wu (North Yubo Zhang (UC Davis)<br />
Speakers(s): Michael Linderman Speakers(s): Brian Cole (OpenEye (Acustica Audio)<br />
(NVIDIA)<br />
Catalunya)<br />
(Reservoir Labs)<br />
of Tennessee), Hatem Ltaief<br />
(Hotchkiss Brain Institute,<br />
Carolina State University), Frank<br />
(Stan<strong>for</strong>d University)<br />
Scientific Software)<br />
(UNIVERSITY OF TENNESSEE)<br />
University of Calgary, Canada)<br />
Mueller (North Carolina State<br />
University)<br />
9:30 <strong>20</strong>37 - Numtech & GP<strong>GPU</strong>, a SME<br />
Point of View<br />
Speakers(s): Emmanuel Buisson<br />
(Numtech)<br />
10:<strong>00</strong> 4<strong>00</strong>7 - Emerging Companies: CEO 2269 - Bringing <strong>GPU</strong>s to<br />
2176 - Easy <strong>GPU</strong> Meta-<br />
<strong>20</strong>55 - Application of Fermi <strong>GPU</strong> to <strong>20</strong>02 - CUDA Debugging on Linux 2124 - Operating System<br />
<strong>20</strong>32 - Practical Methods Beyond 2110 - Acceleration of a Novel<br />
on Stage featuring Aqumin, RTT, Mainstream Molecular Dynamics programming: A Case Study in Flow Cytometry and Cancer and MacOS with cuda-gdb<br />
Abstractions <strong>for</strong> <strong>GPU</strong> Programming Monte Carlo in Finance<br />
Rotorcraft Wake Simulation<br />
and Scalable Display<br />
Packages<br />
Biologically-Inspired Computer Detection<br />
Speakers(s): Satish Salian (NVIDIA) Speakers(s): Christopher Rossbach Speakers(s): Pierre Spatz (Murex Speakers(s): Christopher Stone<br />
Speakers(s): Andrew Jamison Speakers(s): Ross Walker (San Diego Vision<br />
Speakers(s): Robert Zigon (Beckman<br />
(Microsoft Research), Emmett SAS)<br />
(Intelligent Light)<br />
(Scalable Display Technologies), Supercomputer Center)<br />
Speakers(s): Nicolas Pinto (MIT), Coulter)<br />
Witchel (University of Texas at<br />
Jeroen Snepvangers (RTT), Michael<br />
Zeitlin (Aqumin) and panelists Rob<br />
Enderle (Enderle Group), Jeff<br />
David Cox (Harvard University)<br />
Austin)<br />
10:30<br />
Herbst (NVIDIA), Savitha Srinivasan<br />
(IBM), Norman Winarsky (SRI)<br />
<strong>20</strong>61 - Accelerating Explicit FEM<br />
Shock & Blast Simulations<br />
Speakers(s): Nachiket Gokhale<br />
(Weidlinger Associates Inc)<br />
11:30<br />
(IBM), Norman Winarsky (SRI)<br />
2106 - Particleworks: Particle-based<br />
CAE Software on Multi-<strong>GPU</strong><br />
Speakers(s): Issei Masaie<br />
(Prometech Software, Inc.)<br />
12:<strong>00</strong><br />
14:30 2240 - Accelerating LS-DYNA with<br />
MPI, OpenMP, and CUDA<br />
Speakers(s): Bob Lucas (USC)<br />
2149 - Overview of Parallel Nsight<br />
<strong>for</strong> Visual Studio<br />
Speakers(s): Kumar Iyer (NVIDIA)<br />
2292 - Implementation of High-<br />
Order Adaptive CFD Methods on<br />
<strong>GPU</strong>s<br />
Speakers(s): Z.J. Wang (Iowa State<br />
University), Lizandro Solano (Iowa<br />
State University), Arun Somani<br />
(Iowa State University)<br />
16:<strong>00</strong> 4011 - Emerging Companies: CEO<br />
<strong>20</strong>95 - Building High Density Real- <strong>20</strong>88 - Nucleotide String Matching 21<strong>00</strong> - Hybrid <strong>GPU</strong>/Multicore 2271 - Compose CUDA<br />
2<strong>13</strong>6 - Pseudo Random Number 2<strong>13</strong>3 - 3D Full Wave EM Simulations <strong>20</strong>86 - GP<strong>GPU</strong> DL_POLY<br />
on Stage featuring Cinnafilm,<br />
Time Video Processing Systems Using CUDA-Accelerated Agrep Solutions <strong>for</strong> Large Linear Algebra Masterpieces! Write better, Generators <strong>for</strong> Massively Parallel Accelerated by <strong>GPU</strong> Computing Speakers(s): Gilles Civario (ICHEC)<br />
Perceptive Pixel, and Total<br />
Speakers(s): Ronny Dewaele (Barco) Speakers(s): Hongjian Li (The Problems<br />
Leverage More<br />
Apps<br />
Speakers(s): Fabrizio Zanella (CST of<br />
Immersion<br />
Chinese University of Hong Kong) Speakers(s): Nolan Davis (SAIC) Speakers(s): James Malcolm Speakers(s): Holger Dammertz (Ulm America)<br />
Speakers(s): Lance Maurer<br />
(Cinnafilm, Inc.), Bruno Uzzan (Total<br />
Immersion), Jeff Han (Perceptive<br />
Pixel) and panelists Tim Bajarin<br />
(AccelerEyes)<br />
University)<br />
16:30<br />
(Creative Strategies), Jeff Herbst<br />
(NVIDIA), Bill Tai (CRV), Paul<br />
Weiskopf (Adobe)<br />
2101 - Pricing American Options <strong>20</strong>66 - Accelerating System Level<br />
Using <strong>GPU</strong>s<br />
Signal Integrity Simulation<br />
Speakers(s): Lokman A. Abbas-Turki Speakers(s): Danil Kirsanov (ANSYS),<br />
(Paris-Est University )<br />
Ekanathan Palamadai (ANSYS)<br />
17:<strong>00</strong><br />
17:30<br />
18:<strong>00</strong><br />
18:30<br />
19:<strong>00</strong><br />
19:30<br />
<strong>20</strong>:<strong>00</strong><br />
<strong>20</strong>:30<br />
21:<strong>00</strong><br />
1<strong>00</strong>4 - Exhibits Open / Networking Lunch<br />
1<strong>00</strong>3 - Closing keynote with Dr. Sebastian Thrun, Stan<strong>for</strong>d University<br />
1<strong>00</strong>7 - Closing Party <strong>for</strong> Charity at the Voodoo Lounge<br />
2215 - Extending OpenCV with <strong>GPU</strong><br />
Acceleration<br />
Speakers(s): Joe Stam (NVIDIA)<br />
11:<strong>00</strong> 4<strong>00</strong>8 - Emerging Companies: CEO 2219 - High-Productivity CUDA <strong>20</strong>75 - <strong>GPU</strong>-Accelerated Video 2<strong>20</strong>3 - Modeling Evolution <strong>20</strong>70 - CUSPARSE Library: A Set of <strong>20</strong>23 - Processing Device Arrays <strong>20</strong>98 - Enabling On Demand Value- 2171 - Parallel Algorithms <strong>for</strong> <strong>20</strong>07 - Folding@home: Petaflops on 2173 - Enabling Large-Scale CCTV<br />
on Stage featuring ICD, OTOY and Development with the Thrust Encoding<br />
Computing the Tree of Life Basic Linear Algebra Subroutines <strong>for</strong> with C++ Metaprogramming At-Risk <strong>for</strong> Financial Markets Interactive Mechanical CAD the Cheap Today; Exaflops Soon? Face Recognition<br />
Universal Robotics<br />
Template Library<br />
Speakers(s): Anton Obukhov Speakers(s): Daniel Ayres<br />
Sparse Matrices<br />
Speakers(s): Jonathan Cohen Speakers(s): Matthew Dixon (UC Speakers(s): Sara McMains Speakers(s): Vijay Pande (Stan<strong>for</strong>d Speakers(s): Abbas Bigdeli (NICTA),<br />
Speakers(s): David Peters (Universal Speakers(s): Nathan Bell (NVIDIA (NVIDIA)<br />
(University of Maryland)<br />
Speakers(s): Maxim Naumov (NVIDIA Research)<br />
Davis), Jike Chong (Parasians, LLC) (University of Cali<strong>for</strong>nia Berkeley), University)<br />
Ben Lever (NICTA)<br />
Robotics), David Hayes (ICD) and Research)<br />
(NVIDIA)<br />
Adarsh Krishnamurthy (University<br />
Jules Urbach (OTOY) and panelists<br />
Rob Enderle (Enderle Group), Jeff<br />
Herbst (NVIDIA), Savitha Srinivasan<br />
of Cali<strong>for</strong>nia Berkeley)<br />
14:<strong>00</strong> 4<strong>00</strong>9 - Emerging Companies Summit <strong>20</strong>54 - NAMD, CUDA, and Clusters: 2241 - Standing Out: Implementing 2115 - Modified Smith-Waterman- 2210 - <strong>GPU</strong>-Ocelot: An Open Source <strong>20</strong>08 - OpenCL Optimization <strong>20</strong>40 - Derivatives & Bond Portfolio 2155 - GP<strong>GPU</strong> in the real world. The 22<strong>20</strong> - Thrust by Example:<br />
2<strong>20</strong>9 - Accelerating Computer<br />
Panel: The "New Normal" For Taking <strong>GPU</strong> Molecular Dynamics a Great Stereo UI<br />
Gotoh Algorithm <strong>for</strong> CUDA Debugging and Compilation Speakers(s): Peng Wang (NVIDIA) Valuation in a Hybrid CPU/<strong>GPU</strong> ABAQUS experience<br />
Advanced Features and Techniques Vision on the Fermi Architecture<br />
Building Emerging Companies Beyond the Desktop<br />
Speakers(s): Brendan Iribe Implementation<br />
Framework <strong>for</strong> CUDA<br />
Environment<br />
Speakers(s): Luis Crivelli (Dassualt Speakers(s): Jared Hoberock Speakers(s): James Fung (NVIDIA)<br />
Based On Disruptive Technologies Speakers(s): James Phillips (Scale<strong>for</strong>m)<br />
Speakers(s): Richard Wilton (The Speakers(s): Gregory Diamos<br />
Speakers(s): Peter Decrem Systems Simulia Corporation) (NVIDIA)<br />
Moderator: Jeff Herbst (NVIDIA); (University of Illinois)<br />
Johns Hopkins University)<br />
(Georgia Institute of <strong>Technology</strong>),<br />
(Quantifi)<br />
Speakers(s): Gerald Brady (Silicon<br />
Andrew Kerr (Georgia Institute of<br />
Valley Bank), Bill Frauenhofer<br />
<strong>Technology</strong>), Sudhakar Yalamanchili<br />
(Citigroup Global Markets), Garre<br />
(Georgia Institute of <strong>Technology</strong>)<br />
15:<strong>00</strong> 4010 - Emerging Companies: CEO <strong>20</strong>12 - Analysis-Driven Per<strong>for</strong>mance <strong>20</strong>16 - VDPAU: PureVideo on Unix 2105 - CUDA-FRESCO: An Efficient 2153 - CULA - A Hybrid <strong>GPU</strong> Linear <strong>20</strong>62 - HOOMD-blue: Fast and <strong>20</strong>64 - Correlated Paths <strong>for</strong> Monte 22<strong>13</strong> - BCSLIB-<strong>GPU</strong>: Significant<br />
on Stage featuring Natural Motion, Optimization<br />
Speakers(s): Stephen Warren Algorithm <strong>for</strong> Mapping Short Reads Algebra Package<br />
Flexible Many-Particle Dynamics Carlo Simulations<br />
Per<strong>for</strong>mance Gains <strong>for</strong> CAE<br />
OptiTex, and Useful Progress Speakers(s): Paulius Micikevicius (NVIDIA)<br />
Speakers(s): Chun-Yuan Lin Speakers(s): John Humphrey (EM Speakers(s): Joshua Anderson Speakers(s): Thomas Bradley Speakers(s): Danl Pierce (Access<br />
Speakers(s): Yoram Burg (OptiTex.), (NVIDIA)<br />
(Department of CSIE, Chang Gung Photonics, Inc)<br />
(University of Michigan)<br />
(NVIDIA)<br />
Analytics Int'l, LLC)<br />
Sylvain Ordureau (Useful Progress),<br />
Torsten Reil (NaturalMotion Ltd)<br />
and panelists Tim Bajarin (Creative<br />
Strategies), Jeff Herbst (NVIDIA),<br />
University)<br />
15:30<br />
Bill Tai (CRV), Paul Weiskopf<br />
(Adobe)<br />
<strong>20</strong>63 - Banking on Monte Carlo…<br />
and Beyond<br />
2<strong>20</strong>8 - Acceleration of SIMULIA’s<br />
Abaqus Solver on NVIDIA <strong>GPU</strong>s<br />
Speakers(s): Ian Reid (NAG) Speakers(s): Chris Mason<br />
(Acceleware)<br />
<strong>20</strong>81 - Morphing a <strong>GPU</strong> into a<br />
Network Processor<br />
Speakers(s): Yangdong Deng<br />
(Tsinghua University)<br />
2123 - Enabling Augmented Reality<br />
with <strong>GPU</strong> Computing<br />
Speakers(s): Ryan Ismert<br />
(Sportvision, Inc.)<br />
2279 - Working Man's Guide to 3D<br />
Video Editing<br />
Speakers(s): Ian Williams (NVIDIA),<br />
Rudy Sarzo (SMI), Kevan O'Brien<br />
(NVIDIA)<br />
*ROOM CHANGE: Session was in<br />
Room D<br />
2298 - Accelerated Image Quality<br />
Assessment using Structural<br />
Similarity<br />
Speakers(s): Mahesh Khadtare<br />
(Computational Research<br />
Laboratories, Pune, INDIA.)<br />
2114 - Cascaded HOG on <strong>GPU</strong><br />
Speakers(s): Kento Tarui (AquaCast<br />
Corporation)<br />
*ROOM CHANGE: Session was in<br />
Room C<br />
<strong>20</strong>53 - Pixel Bender: Building a<br />
Domain Specific Language on the<br />
<strong>GPU</strong><br />
Speakers(s): Bob Archer (Adobe<br />
Systems Inc)<br />
<strong>20</strong>51 - GP<strong>GPU</strong> in Commercial<br />
Software: Lessons From Three<br />
Cycles of the Adobe Creative Suite<br />
Speakers(s): Kevin Goldsmith<br />
(Adobe Systems, Incorporated)<br />
<strong>20</strong>87 - Fast High-Quality Panorama<br />
Stitching<br />
Speakers(s): Timo Stich (NVIDIA)<br />
<strong>20</strong>03 - Using CUDA to Accelerate<br />
Radar Image Processing<br />
Speakers(s): Aaron Rogan (Neva<br />
Ridge Technologies)<br />
2126 - Accelerating Signal<br />
Processing: Introduction to <strong>GPU</strong><br />
VSIPL<br />
Speakers(s): Dan Campbell (Georgia<br />
Tech Research Institute)<br />
<strong>20</strong>01 - Acceleration of the<br />
Freesurfer Suite <strong>for</strong> Neuroimaging<br />
Analysis<br />
Speakers(s): Richard Edgar (Mass.<br />
General Hospital)<br />
<strong>20</strong>43 - Disparity Map Generation<br />
Speakers(s): Henry Gu (GIC)<br />
2121 - Maximizing Throughput of<br />
Barco's <strong>GPU</strong>-Enabled Video<br />
Processing Server<br />
Speakers(s): Maja D'Hondt (imec)<br />
2107 - Accelerating Stereographic<br />
and Multi-View Images Using<br />
Layered Rendering<br />
Speakers(s): Jonathan Marbach<br />
(TerraSpark Geosciences, LLC)<br />
2283 - 5<strong>00</strong> Teraflops<br />
Heterogeneous Cluster<br />
Speakers(s): Mark Barnell (Air Force<br />
Research Lab (AFRL))<br />
2116 - Real-time Multichannel<br />
Audio Convolution<br />
Speakers(s): Jose Antonio Belloch<br />
(Institute of Telecommunications<br />
and Multimedia Applications,<br />
Universidad Politecnica de<br />
Valencia), Alberto Gonzalez<br />
(Universidad Politecnica de<br />
Valencia), Antonio M. Vidal<br />
<strong>20</strong>42 - Interactive 3D Audio<br />
Rendering Systems<br />
Speakers(s): Nicolas Tsingos (Dolby<br />
Laboratories)<br />
2175 - Hello <strong>GPU</strong>: High-Quality,<br />
Real-Time Speech Recognition on<br />
Embedded <strong>GPU</strong>s<br />
Speakers(s): Kshitij Gupta (UC<br />
Davis)<br />
<strong>20</strong>46 - Efficient Automatic Speech<br />
Recognition on the <strong>GPU</strong><br />
Speakers(s): Jike Chong (Parasians,<br />
LLC)<br />
<strong>20</strong>91 - The <strong>GPU</strong> in the Reactive<br />
Control of Industrial Robots<br />
Speakers(s): Dr.Alan Peters<br />
(Universal Robotics, Inc.)