Presentation Materials from the Petaflops II Conference
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• Lynn Abelson, Full-scale Integration of Superconductor Electronics for Petaflops Computing
• Tilak Agerwala, Advanced MPPs (not available)
• Greg Astfalk, PetaOPs Operating System Scalability
• David H Bailey, Petaflops Algorithms
• David H Bailey, Petaflops Algorithms: Summary and Recommendations
• Rupak Biswas, The Feasibility of Adaptive Unstruc­tured Computations on Petaflops Systems   (PS File)
• Greg Chesson, Interconnect Science & Art
• Hans Coufal, Holographic Data Storage: Dream or Reality (not available)
• Frederica Darema, Designing and Building System Software (& Applications) to Eliminate the Barriers to Petaflops Computing, and Beyond
• Jack Dongarra, Libraries, Tools, and PSEs for Petaflops Systems
• Jonathan Dowling, Quantum Algorithms
• A. Drummond, The UCLA Earth System Model: Performance, Scalability, and Computational Challenges (not available)
• Guang Gao, A Million-way Parallelism: Issues and Challenges to New Generation Software
• Al Geist, Can Petaflops Computing Survive System Software
• Andrew Grimshaw, Petaflops and the Grid
• Andrew Grimshaw, System Software for Petaflops
• William Gropp, Lessons from MPI for Petaflops
• Robert Harrison, Scaling Computational Chemistry to Peta-FLOP Computers
• Adolfy Hoisie, Performance and Scalability Modeling of Applications on Teraflop-scale Architectures
• William Johnston, Data Intensive Grids: Dynamically Configured,Adaptive,Distributed,High Performance Data and Computing Environments
• Ken Kennedy, Long-term Research in High-end Computing
• David Keyes, The Next Four Orders of Magnitude in PDE Simulation Performance
• H. Jeff Kimble, Quantum Computation and Communication (not available)
• Peter Kogge, In Pursuit of a Petaflop: Overcoming the bandwidth/ Latency Wall with PIM Technology
• Vipin Kumar, Algorithm Scalability Issues in Petaflops Architectures (not available)
• Konstantin Likharev, COOL-0: A Design of the RSFQ Subsystem for Petaflops-scale Computing
• Mark Lowry, lConnect: Multiwavelength Technology for Ultrascale Computing
• Jacob Maizel, Basic Biomedical Peta(flops/ops) Challenges
• Paul Messina, Welcoming Remarks
• Paul Messina, Summary Findings and Recommendations from Peta(fl)Ops II
• A. Ray Miller, Barnstormers, Boeing, Bombers, and Bucks
• Daniel Reed, Petascale I/O and Adaptive Performance Control
• John Salmon, Cosmology Tree Codes (not available)
• Jon Sauer, SAN (not available)
• Mark P. Sears, High Performance Electronic Structure Calculations
• W. A. Shelton, A First Principles Teraflops Application Code
• Arnold Silver, Device Technology
• Paul H. Smith, PetaFLOPS Initiative
• Paul H. Smith, Information Technology for the Twenty-First Century (IT²)
• P. H. Smith, Meeting the PITAC Challenge
• Paul H. Smith, Summary Findings and Recommendations
• Paul H. Smith, Closing, Final Thoughts: Coming to Closure and the Launch of a New Era
• George Spix, Impact and Challenges of Peta-op (business J) Applications
• Thomas Sterling, Challenges to Petaflops: then and now
• Thomas Sterling, Does Architecture Matter for Petaflops
• Thomas Sterling, HTMT: A Hybrid Technology Approach to Petaflops Computing
• Rick Stevens, Applications for PetaFLOPs
• John Van Rosendale, The impact of architecture design on software
• Steve Wallach, Architectures
• Kang Wang, Issues of CMOS Scaling: On and Off the Roadmap
• Gilbert Weigand, Petaflops II Conference
• Andrew White, Societal-scale Applications
• Paul Woodward, Developing a Portable Petaflop/s Programming Model