Session 1
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| Adrian Simmons |
Monitoring the atmosphere and the observing system: ERA-40 and GEMS |
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| Deborah Salmond / Sami Saarinen |
Early experiences with the new IBM P690+ at ECMWF |
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Session 2
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| William Kramer |
Science driven computer design |
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| Hans Zima |
The Cascade High Productivity Programming Language |
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| Lars Fiedler |
The Infrared Atmospheric Sounding Interferometer (IASI) and its implication on High Performance Computing |
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Session 3
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| Atsuya Uno |
Operation Status of the Earth Simulator |
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| Keiko Takahashi |
Non-hydrostatic atmospheric GCM development and its computational performance |
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| Richard Loft |
Price and power aware approaches to advancing atmospheric science |
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| Venkatramani Balaji |
A comparative study of coupling frameworks |
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Session 4
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| Reinhard Budich |
The PRISM software infrastructure: Achievements and next steps |
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| Chris Hill |
Applying the EMSF component interface to parallel multi-scale general circulation simulation |
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| Lars Nerger |
PDAF - The Parallel Data Assimilation Framework: Experiences with Kalman Filtering |
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| Tuomo Kauranne |
Optimal approximation of Kalman filtering with temporally local 4D-Var in operational weather forecasting |
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Session 5
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| Thomas Sterling |
Petaflops computing systems for meteorology |
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| Eng Lim Goh |
Next generation science and engineering application-adaptive HPC architecture |
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Session 6
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| Toshiyuki Furui |
NEC HPC systems and future |
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| Yuji Oinaga |
Fujitsu's technical vision for High Performance Computing |
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| Per Nyberg |
The Cray Rainier system: Integrated scalar and vector computing |
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Session 7
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| Don Grice |
IBM future technologies for High Performance Computing |
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| Herbert Cornelius |
Intel architecture based HPC technologies and solutions |
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| Gerardo Cisneros |
Experience with porting, performance and benchmarking of climate and weather codes on the SGI Altix |
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Session 8
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| Jan Boerhout |
Parallelisation of HIRLAM |
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| John Levesque |
Optimisation of climate/weather codes for the Cray architectures |
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| Alexander MacDonald |
Optimal allocation of parallel computers for operational weather prediction |
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| Richard Hodur |
NWP in the US Navy |
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Session 9
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| Wolfgang Sell |
Distributed data management at DKRZ |
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| Ilia Bermous |
Supercomputing upgrade at the Australian Bureau of Meteorology |
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| Paul Selwood |
Unified model performance on the NEC SX-6 |
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Session 10
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| Stephen Oxley |
Met Office 4D-Var: Optimisation and performance on the SX6 |
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| Maryanne Kmit |
DMI-HIRLAM on the NEC SX-6 |
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| Simon Pellerin |
MPMD implementation of pre-operational 4D-Var on IBM P690 |
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Session 11
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| George Mozdzynski |
The future of RAPS |
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| Ulrich Schattler |
Preparing NWP models for Tera-Computing |
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| Michel Desgagne |
Large Atmospheric Computation on the Earth Simlulator (LACES) with the Canadian MC2 model |
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| John Michalakes |
The weather research and forecast model |
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| Hu Jiangkai |
Establishment of an efficient managing system for NWP operation in CMA |
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Session 12
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| Masami Narita |
The next-generation supercomputer and NWP system of the JMA |
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| Marijana Crepulja / Aleksandar Miljkovic |
Performance analysis of regional ETA model (installation, runnning and optimisation on different platforms) |
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| Jerry Wegiel |
Contribution of the HPC modernisation program in the weather research and forecasting model development |
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| Ashwini Bohra |
High Performance Computing, for medium and extended range prediction at NCMRWF |
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Session 13
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| Douglas East |
Linux @ Livermore: Experiences operating large-scale production Linux clusters |
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| Moray McLaren |
High productivity in Linux cluster |
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| Kolja Kuse |
Teragrid global file system for Linux clusters |
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Session 14
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| James Hamilton |
mogall: Running HIRLAM on a 6 x twin-xeon clusterat Met Eireann |
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| George Mozdzynski |
Running IFS on an LNXI Opteron cluster at ECMWF |
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| Jure Jerman |
HPC Linux clusters, what is coming next? |
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Session 15
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| Mark Govett |
The Grid: An IT infrastructure for NOAA in the 21st Century |
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| Kerstin Kleese-van Dam |
An integrated computing and data environment for environmental applications |
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| Andrew Woolf |
Integrating distributed climate data resources: NERC Data Grid |
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| Ian Lumb |
Production HPC on commodity Linux clusters: The role of infrastructural software |
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Session 16
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| George Carr Jr. |
Porting and performance of the Commodity Climate System Model ( CCSM3) on the Cray X1 |
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| Jean-Francois Estrade |
Supercomputing at Meteo-France: Trend and perspective |
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| Hyei-Sun Park |
Development and application of climate/weather prediction system |
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| Alain St-Denis |
MSC HPC infrastructure update |
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| Bob Carruthers |
Message passing metrics for some common Codes and Early experiences of RAPS8 on the Cray X1 |
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Session 17
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| Luis Kornblueh |
Design and performance of an unstructured grid approach for a global triangular grid |
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| Venkatramani Balaji |
A uniform programming model for arbitrarily complex distributed grid data objects in distributed and shared memory |
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| Nikolaos Missirlis |
A distribute iterative method for solving the convection-diffusion equation |
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