High Performance Computing on Vector Systems 2006 [electronic resource] : Proceedings of the High Performance Computing Center Stuttgart, March 2006 / edited by Michael Resch, Thomas Bȵnisch, Sunil Tiyyagura, Toshiyuki Furui, Yoshiki Seo, Wolfgang Bez.

to the Teraflop Workbench Project -- The HLRS-NEC Teraflop Workbench Strategies, Result and Future -- Performance and Libraries -- Implication of Memory Performance in Vector-Parallel and Scalar-Parallel HEC Systems -- Recent Performance Results of the Lattice Boltzmann Method -- Linear Iterative Solver for NEC Parallel Vector Systems -- Visualization: Insight on Your Work -- Computational Fluid Dynamics -- Control of Turbulent Boundary-Layer Flow Using Slot Actuators -- Modelling of Reentry Nonequilibrium Flows -- A Lattice Boltzmann HPC Application in Medical Physics -- Molecular Dynamics -- Green Chemistry from Supercomputers: Car-Parrinello Simulations for Ionic Liquids -- Molecular Dynamics on NEC Vector Systems -- Large-Scale Ab initio Simulations for Embedded Nanodots -- Environment/Climate Modeling -- The Agulhas System as a Key Region of the Global Oceanic Circulation -- ECHAM5 An Atmospheric Climate Model and the Extension to a Coupled Model.

With this second issue of "High Performance Computing on Vector Systems ~ Proceedings of the High Performance Computing Center Stuttgart" we coná tinue our publication of most recent results in high performance computing and innovative architecture. Together with our book series on "High Perforá mance Computing in Science and Engineering'06 - Transactions of the High Performance Computing Center Stuttgart" this book gives an overview of the most recent developments in high performance computing and its use in scientific and engineering applications. This second issue covers presentations and papers given by scientists in two workshops held at Stuttgart and Tokyo in spring and summer 2006. These workshops are held as part of a collaboration of NEC and HLRS in the "T- aflop Workbench Project" and many of the papers stem from users of the large NEC SX~8 vector systems installed at Stuttgart. At the forefront of research has been the question of how to achieve a high level of sustained performance on vector supercomputers.

ZDB-2-SMA