High Performance Computing Systems and Applications

I Keynote Presentations.- 1 An ASP Model for Large-Scale Genomics in a High-Performance Computing Environment.- 2 Compaq Computer Corporation - Providing the Computing needs for the 21st Century Life Science Industry.- 3 Supercomputer Market Dynamics.- 4 Compaq's Strategy for High Performance Technical Computing.- 5 HPTC - What Really Restrains Our Progress.- 6 Multidisciplinary Design Optimization of a Full Vehicle With High Performance Computing.- 7 HTP Protein Crystallization for Structural Genomics: Case-based reasoning and knowledge discovery.- II Grid Session.- 8 GRIDS: Harnessing Geographically-Separated Resources in a Multi-Organisational Context.- 9 Large-Scale Computation at SHARC-Net.- 10 Particle Physics and the Grid.- 11 The Future of Advanced Networks in Canada.- III Parallel Algorithms.- 12 Nonuniform DFT Applications in MRI: A Novel Algorithm and Parallel Implementation.- 13 Design and Performance Evaluation of Distributed Fast Fourier Transform Approaches.- 14 Scalable Parallel Implementation of Wavelet Transforms.- 15 Parallel Projection Algorithms for Tridiagonal Toeplitz Systems.- 16 A Performance Model of True Fully Adaptive Routing in Hypercubes.- IV Distributed Systems and Architecture.- 17 Security and History Management: Improvements to PBSWeb.- 18 Application Service Providing for Distributed High-Performance Computing.- 19 Use of Tabu Search in the logical topology design of wavelength routed optical networks.- 20 Spider CodeNet: A Multi-Server Code Service Model Design for Computational Grid Support.- V Distributed Memory and Performance.- 21 A dynamic space sharing method for resource management.- 22 An Enhanced Load-Balancing in a Parallel Heterogeneous Workstation Cluster.- 23 Evaluation of XTP and TCP Transport Protocols for Multicast Communications.- 24 Effect of RTCP Bandwidth on Feedback Delay.- VI High Level Applications.- 25 Network Aware Distributed Environment Toolkits.- 26 A Generalized Environment for Distributed Image