AHA-GRAPE: Adaptive Hydrodynamic Architecture-GRAvity PipE. - Torsten Kuberka; Andreas Kugel; Reinhard Männer; Holger Singpiel; Rainer Spurzem; Ralf Klessen (FPL, 1999)

AHA-GRAPE: Adaptive Hydrodynamic Architecture - GRAvity PipE. - Torsten Kuberka; Andreas Kugel; Reinhard Männer; Holger Singpiel; Rainer Spurzem (PDPTA, 1999)

Computational Steering and Online Visualization of Scientific Applications on Large-Scale HPC Systems within e-Science Infrastructures. - Morris Riedel; Thomas Eickermann; Sonja Habbinga; Wolfgang Frings; Paul Gibbon; Daniel Mallmann; Felix Wolf 001; Achim Streit; Thomas Lippert; Wolfram Schiffmann; Andreas Ernst; Rainer Spurzem; et al. (eScience, 2007)

Extending the collaborative online visualization and steering framework for computational Grids with attribute-based authorization. - Morris Riedel; Wolfgang Frings; Sonja Habbinga; Thomas Eickermann; Daniel Mallmann; Achim Streit; Felix Wolf 001; Thomas Lippert; Andreas Ernst; Rainer Spurzem (GRID, 2008)

Accelerating astrophysical particle simulations with programmable hardware (FPGA and GPU). - Rainer Spurzem; Peter Berczik; Guillermo Marcus Martinez; Andreas Kugel; Gerhard Lienhart; Ingo Berentzen; Reinhard Männer; Ralf Klessen; Robi Banerjee (Comput. Sci. Res. Dev., 2009)

Astrophysical Particle Simulations with Custom GPU Clusters. - Rainer Spurzem; Peter Berczik; Keigo Nitadori; Guillermo Marcus Martinez; Andreas Kugel; Reinhard Männer; Ingo Berentzen; Ralf Klessen; Robi Banerjee (CIT, 2010)

AstroGrid-D: Grid Technology for Astronomical Science - Harry Enke; Matthias Steinmetz; Hans-Martin Adorf; Alexander Beck-Ratzka; Frank Breitling; Thomas Bruesemeister; Arthur Carlson; Torsten A. Ensslin; Mikael Högqvist; Iliya Nickelt; Thomas Radke; Alexander Reinefeld; et al. (CoRR, 2010)

Astrophysical SPH Simulations with raceSPH Library. - Lei Liu; Guillermo Marcus Martinez; Peter Berczik; Tsuyoshi Hamada; Ingo Berentzen; Andreas Kugel; Reinhard Männer; Robi Banerjee; Ralf Klessen; Rainer Spurzem (CSE, 2011)

Astrophysical particle simulations with large custom GPU clusters on three continents. - Rainer Spurzem; Peter Berczik; Ingo Berentzen; Keigo Nitadori; Tsuyoshi Hamada; Guillermo Marcus Martinez; Andreas Kugel; Reinhard Männer; J. Fiestas; Robi Banerjee; Ralf Klessen (Comput. Sci. Res. Dev., 2011)

Up to 700k GPU Cores, Kepler, and the Exascale Future for Simulations of Star Clusters Around Black Holes. - Peter Berczik; Rainer Spurzem; Shiyan Zhong; Long Wang 014; Keigo Nitadori; Tsuyoshi Hamada; Alexander Veles (ISC, 2013)