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EPCC

Known as: EPCC (disambiguation), Edinburgh Parallel Computing Centre 
EPCC, formerly the Edinburgh Parallel Computing Centre, is a supercomputing centre based at the University of Edinburgh. Since its foundation in 1990… 
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Related topics

Related topics

19 relations
ASCI Blue PacificBlue GeneConnection MachineCray T3D

Broader (1)

Computational science

Papers overview

Semantic Scholar uses AI to extract papers important to this topic.
2014
2014
Endomycorrhizal Fungi and Opuntia ficus-indica Seed Germination on a Lunar Regolith Simulant
Endomycorrhizal fungi play an important role in the survival of plants on poor soils. Planting seeds into lunar soil at a lunar… 
2011
2011
Nucleon form factors and structure functions
We give an update on our ongoing efforts to compute the nucleon's form factors and moments of structure functions using Nf=2… 
2009
2009
Parallelisation of the Uni � ed Model Data Assimilation Scheme
We describe the data assimilation scheme employed in the UK Meteo rological O ce s Uni ed Model and a number of schemes for its e… 
2001
2001
New OpenMP directives for irregular data access loops
Many scientific applications involve array operations that are sparse in nature, ie array elements depend on the values of… 
2000
2000
Partitioning strategies for structured multiblock grids
Review
1998
Review
1998
Parallel watershed transformation algorithms for image segmentation
1996
1996
Parallel systems in financial information processing
1995
1995
CRI/EPCC MPI for CRAY T3D
MPI is the standard interface for message passing in parallel systems. The standard was deened in an open collaborative forum… 
1993
1993
The application of ray tracing and the geometrical theory of diffraction to indoor channel modelling
Ray tracing and the geometrical theory of diffraction are applied to a simulation of the radio channel experienced by equipment… 
1990
1990
Application of two-dimensional cellular automaton lattice-gas models to the simulation of hydrodynamics
II YDRODYNAMIC equations are notoriously difficult to solve, both analytically and computationally, therefore less complicated… 
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