Editorial
HPCN in Europe: A personal perspective
High-performance computing and communications
HPCN applications in finance
Transport vehicle crash, safety and manufacturing simulation in the perspective of high performance computing and networking
Science and industry in HPCN
Direct and large-eddy simulations of turbulence in fluids
Computation challenges in complex liquids: Entropy-driven phase transitions
First-principles calculations on materials using massively parallel computing
The role of high performance computing in medicine and public health
The SuperJANET project
High performance computing systems: Present and future
Software development environments for massively parallel systems
Two strategies in parallel computing: Porting existing software versus developing new parallel algorithms — two examples
Software developments for industrial research
PEI: A simple unifying model to design parallel programs
Manifold
LOCCS: Low overhead communication and computation subroutines
GRIDS — A programming system for grid-based technical and scientific applications on parallel systems
Simulation of parallel systems: PSEE (Parallel System Evaluation Environment)
Programming environment for a transputer based computer
Scheduling of parallel programs including dynamic loops
The CAMAS workbench: Computer Aided Migration of Applications System
A parallel multigrid code with a fast vectorized ILU-relaxation
Boosting the performance of the linear algebra part in an ODE solver for shared memory systems
Solving dense linear systems by Gauss-Huard's method on a distributed memory system
Vectorization and parallelization of a multi-block Navier-Stokes flow solver on different computer architectures
Towards first-principles theories of materials and biological systems — The need for massive parallelism
Magnetohydrodynamic spectroscopy: Large scale computation of the spectrum of waves in plasmas
Direct numerical simulations of turbulent flow in a driven cavity
Large scale natural vision simulations
Crystallization on a sphere
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