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FRONT MATTER
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RESEARCH & DEVELOPMENT OF THE EARTH SIMULATOR
KAZUO YOSHIDA and SATORU SHINGU | 1 |
PARALLEL COMPUTING AT CANADIAN METEOROLOGICAL CENTRE
JOSEPH-PIERRE TOVIESSI, ALAIN PATOINE, GABRIEL LEMAY, MICHEL DESGAGNÉ, MICHEL VALIN, ABDESSAMAD QADDOURI, VIVIAN LEE and JEAN CÔTÉ | 14 |
PARALLEL ELLIPTIC SOLVERS FOR THE IMPLICIT GLOBAL VARIABLE-RESOLUTION GRID-POINT GEM MODEL: ITERATIVE AND FAST DIRECT METHODS
ABDESSAMAD QADDOURI and JEAN CÔTÉ | 22 |
IFS DEVELOPMENTS
DENT, HAMRUD, MOZDZYNSKI, SALMOND and TEMPERTON | 36 |
Performance of parallelized forecast and analysis models at JMA
Yoshinori Oikawa | 53 |
BUILDING A SCALABLE PARALLEL ARCHITECTURE FOR SPECTRAL GCMS
T. N. VENKATESH, U. N. SINHA and RAVI S. NANJUNDIAH | 62 |
SEMI-IMPLICIT SPECTRAL ELEMENT METHODS FOR ATMOSPHERIC GENERAL CIRCULATION MODELS
RICHARD D. LOFT and STEPHEN J. THOMAS | 73 |
Experiments with NCEP's Spectral Model
Jean-François Estrade, Yannick Trémolet and Joseph Sela | 92 |
THE IMPLEMENTATION OF I/O SERVERS IN NCEP'S ETA MODEL ON THE IBM SP
JAMES J. TUCCILLO | 100 |
IMPLEMENTATION OF A COMPLETE WEATHER FORECASTING SUITE ON PARAM 10000
Sharad C. Purohit, Akshara Kaginalkar, J. V. Ratnam, Janaki Raman and Manik Bali | 104 |
PARALLEL LOAD BALANCE SYSTEM OF REGIONAL MULTIPLE SCALE ADVANCED PREDICTION SYSTEM
ZHIYAN JIN | 110 |
GRID COMPUTING FOR METEOROLOGY
GEERD-R. HOFFMANN | 119 |
THE REQUIREMENTS FOR AN ACTIVE ARCHIVE AT THE MET OFFICE
MICHAEL CARTER | 127 |
INTELLIGENT SUPPORT FOR HIGH I/O REQUIREMENTS OF LEADING EDGE SCIENTIFIC CODES ON HIGH-END COMPUTING SYSTEMS: THE ESTEDI PROJECT
KERSTIN KLEESE and PETER BAUMANN | 134 |
COUPLED MARINE ECOSYSTEM MODELLING ON HIGH-PERFORMANCE COMPUTERS
M. ASHWORTH, R. PROCTOR, J. T. HOLT, J. I. ALLEN and J. C. BLACKFORD | 150 |
OPENMP IN THE PHYSICS PORTION OF THE MET OFFICE MODEL
R. W. FORD and P. M. BURTON | 164 |
CONVERTING THE HALO-UPDATE SUBROUTINE IN THE MET OFFICE UNIFIED MODEL TO CO-ARRAY FORTRAN
PAUL M. BURTON, BOB CARRUTHERS, GREGORY S. FISCHER, BRIAN H. JOHNSON and ROBERT W. NUMRICH | 177 |
PARALLEL ICE DYNAMICS IN AN OPERATIONAL BALTIC SEA MODEL
TOMAS WILHELMSSON | 189 |
PARALLEL COUPLING OF REGIONAL ATMOSPHERE AND OCEAN MODELS
STEPHAN FRICKENHAUS, RENÉ REDLER and PETER POST | 201 |
DYNAMIC LOAD BALANCING FOR ATMOSPHERIC MODELS
G. KARAGIORGOS, N.M. MISSIRLIS and F. TZAFERIS | 214 |
HPC IN SWITZERLAND: NEW DEVELOPMENTS IN NUMERICAL WEATHER PREDICTION
M. BALLABIO, A. MANGILI, G. CORTI, D. MARIC, J-M. BETTEMS, E. ZALA, G. DE MORSIER and J. QUIBY | 228 |
THE ROLE OF ADVANCED COMPUTING IN FUTURE WEATHER PREDICTION
ALEXANDER E. MACDONALD | 240 |
THE SCALABLE MODELING SYSTEM: A HIGH-LEVEL ALTERNATIVE TO MPI
M. GOVETT, J. MIDDLECOFF, L. HART, T. HENDERSON and D. SCHAFFER | 251 |
DEVELOPMENT OF A NEXT-GENERATION REGIONAL WEATHER RESEARCH AND FORECAST MODEL
J. MICHALAKES, S. CHEN, J. DUDHIA, L. HART, J. KLEMP, J. MIDDLECOFF and W. SKAMAROCK | 269 |
PARALLEL NUMERICAL KERNELS FOR CLIMATE MODELS
V. BALAJI | 277 |
USING ACCURATE ARITHMETICS TO IMPROVE NUMERICAL REPRODUCIBILITY AND STABILITY IN PARALLEL APPLICATIONS
YUN HE and CHRIS H.Q. DING | 296 |
Parallelization of a GCM using a Hybrid Approach on the IBM SP2
STEVEN COCKE and ZAPHIRIS CHRISTIDIS | 318 |
Developments in High Performance Computing at Fleet Numerical Meteorology and Oceanography Center
Kenneth D. Pollak and R. Michael Clancy | 327 |
THE COMPUTATIONAL PERFORMANCE OF THE NCEP SEASONAL FORECAST MODEL ON FUJITSU VPP5000 AT ECMWF
HANN-MING HENRY JUANG and MASAO KANAMITSU | 338 |
PANEL EXPERIENCE ON USING HIGH PERFORMANCE COMPUTING IN METEOROLOGY: SUMMARY OF THE DISCUSSION
Pam Prior | 348 |
BACK MATTER
| 353 |
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