High Performance Computing Systems and Applications

Preface. Part I: Keynote Presentations. 1. High Performance Computing in North America; J.W.D. Connolly. 2. Enabling Chemistry Applications with High Performance Computing; M.S. Gordon. 3. High Performance Programming for Computational Scientists; G.V. Wilson. 4. Computational Cognition and the Age of Supercomputing: Using High-Performance Computing and Usenet to Model Memory, Meaning and the Mind; Curt Burgess. 5. Web-Centric Supercomputing; S. Khan. Part II: Panel Discussion. 6. Sharing and Security Policies for HPC and HPN; R.D. Kent, P. Preney. Part III: Policy. 7. Toward a Model of Models: Part I; P.D. Preney, et al. 8. Toward a Model of Models: Part II; M. Schlesinger, R.D. Kent. 9. Prospects for a Distributed Research Network: Case Studies of Means, Mechanism and Issues; P. Wolstenholme, L. Jorgenson. Part IV: Distributed Memory Performance. 10. A Testing Strategy for Nondeterministic Message Passing Programs; D. Kranzlmüller, et al. 11. Roots: An Object-Oriented Active Message Library; R. van der Goot. 12. Hardware Performance and Communication Models of a Distributed Memory Parallel Computer System: A Case Study; T.T. Le, et al. Part V: Computational Chemistry. 13. Applications of High Performance Computing in Vaccine Design; A. Bérces, et al. 14. Modelling Molecules in Intense Laser Fields - Numerical Methods for an IBM-SP2 Parallel Computer Environment; A.D. Bandrauk, H.-Z. Lu. 15. Molecular Modeling of the Interactionof Neurotrophins with the p75NTR Common Neurotrophin Receptor; I.L. Shamovsky, et al. 16. Large Scale Molecular Dynamics Simulation using MD-Engine; K. Uehara, et al. 17. Parallel Computational Strategies for Viscous Hydrodynamics with Applications to Microfluidics; S. Kim. Part VI: Unusual Architectures. 18. Graph Algorithms on the Linear Array with a Reconfigurable Optical Bus; Y. Pan, Y. Li. 19. Communication Latency Hiding in Reconfigurable Message-Passing Environments: Quantitative Studies; A. Afsahi, N.J. Dimopoulos. 20. Parallel