High Performance Computing in the Geosciences

Performance and Portability in Parallel Computing: a Weather Forecast View.- The New Canadian Variable-Resolution Model: a Universal Tool to Study Atmospheric Phenomena on a Broad Temporal and Spatial Scale.- Experiences with Parallel Programming in Meteorology.- Porting the Quasi-Nonhydrostatic Meteorological Model to the Kendall Square Research KSR1.- Automatic Differentiation, Tangent Linear Models, and (Pseudo-) Adjoints.- Iterative Domain Decomposition Algorithms: Theory and Applications.- Parallel Computing and Operational Sea-Ice Forecasting.- Coupled Ocean-Atmosphere Simulations.- First Considerations about Modelling the Ocean General Circulation on MIMD Machines by Domain Decomposition Method.- Predicibility of the Oceanic Circulations.- Application of Fifth-Order Compact Upwind Differencing to Moisture Transport Equation in AGCM.- A Parallel Algorithm for Simulation of Long Range Transport of Air Pollution.- Multidisciplinary Mathematical Model for Earthquake Prediction Studies.- Basic Functional Representation of Programs for Automatic Differentiation in the Odyssée System.- Translation Tools for High Performance Computing.- Global Atmospheric and Ocean Modeling on the Connection Machine.- Efficiency of a Number of Processors in Integrating a Global Weather Model.