Fourth Workshop on Use of Parallel Processors in Meteorology

Spectral and multigrid spherical Helmholtz equation solvers on distributed memory parallel computers

S R M Barros

The UK Meteorological Office unified model for data assimilation, climate modelling and NWP and its implementation on a Cray-Y-MP

R S Bell

A technique for exploiting parallelism in meteorological software

D J Catton

Programming tools for distributed memory parallel supercomputers

R M Chamberlain

The ECMWF model on the Cray Y-MP/8

D Dent

Dense linear algebra on high-performance computers

J Du Croz

The supercomputers from Siemens Nixdorf and their parallelization strategy

H Gietl

Software environment for nCUBE massively parallel systems

M Hall

Argonne/GMB macros and Supernum communications library: Tools for portable parallel Fortran programming

R Hempel

Shared versus distributed memory multiprocessors

H F Jordan

SX-3 supercomputer systems and its related software

H Katayama

Software environments for scientific modelling on parallel computers: Summary for discussion

T Kauranne

Parallel processing: A view from ECMWF

T Kauranne

Booster: a high level language for portable parallel algorithms

E M Paalvast

Recent advances in parallel scientific computation in IBM

D B Soll

A massively parallel algorithm for the spectral method

S Tett

Scientific programming on Suprenum

B Thomas

State-of-the-art programming environments on parallel computers

I Willers

Matching machines to programs

D Wilson