Scientific Subprojects
Project Area D
Scalable Algorithms and Efficient Implementation
For the calculation of realistic particle simulations of complex systems the available parallelism has to be used optimally. Therefore methods for scaling the processing power, heterogeneous platforms and new approaches for efficient data analysis are required.
Subproject D.3
Visualization of Systems with Large Numbers of Particles
Prof. Dr. Thomas Ertl, Dr. Guido Reina
Subproject D.4
Interactive Visualization of Protein-Solvent Systems' Dynamic and Complex Properties
Prof. Dr. Thomas Ertl, Apl. Prof. Dr. Jürgen Pleiss
Subproject D.5
Aggregation and Multiscale Techniques
JProf. Dr. Daniel Weiskopf
Subproject D.8
Adaptive Grid Implementation for Parallel Continuum Mechanics Methods in Particle Simulations
Prof. Dr. Miriam Mehl
Subproject D.9
Load-balancing for scalable simulations with large particle numbers
Jun.-Prof. Dr. Dirk Pflüger, Dr. Colin W. Glass
Terminated Subprojects
Subproject D.1
Software Environment for a Scalable Simulation of Real Fluid Flow in Nanoscale Channels
Dr.-Ing. Martin Bernreuther
Subproject D.2
Flexible Many Particle Simulations on Different High Performance Computing Architectures
Prof. Dr. Michael Resch
Subproject D.6
Accelerating MD using GPUs
Jun.- Prof. Dr. Axel Arnold
Subproject D.7
Meshfree Multiscale Methods for Solids
Prof. Marc A. Schweitzer