We present a flexible interactive 3D morpho-kinematical modeling application for
astrophysics. Compared to other systems, our application reduces the restrictions on the …

We present a method for the interactive exploration of tera-scale particle data sets. Such
data sets arise from molecular dynamics, particle-based fluid simulation, and astrophysics …

Virtual natural phenomena obtained through mathematical-physical modeling and
simulation as well as graphics emulation can meet the user's requirements for sensory …

The 3D visualization of astronomical nebulae is a challenging problem since only a single
2D projection is observable from our fixed vantage point on Earth. We attempt to generate …

Astronomical nebulae are among the most complex and visually appealing phenomena
known outside the bounds of the Solar System. However, our fixed vantage point on Earth …

Interactive Visualization and Simulation of Astronomical Nebulae Page 1 78 Copublished by
the IEEE CS and the AIP 1521-9615/12/$31.00 © 2012 IEEE COMPUTING IN SCIENCE & …

Contemporary challenges in the production of digital planetarium shows include real-time
rendering realism as well as the creation of authentic content. While interactive, live …

This paper presents a new method for tomographic reconstruction of volumes from sparse
observational data. Application scenarios can be found in astrophysics, plasma physics, or …

The field of computer graphics deals with virtual representations of the real world. These can
be obtained either through reconstruction of a model from measurements, or by directly …

Distant astrophysical objects like planetary nebulae can normally only be observed from a
single point of view, which makes deducing plausible 3D models a hard task that usually …