In this paper we present an investigation about techniques and frameworks supporting in
situ-visualization. With this term we mean that visualization is coupled with simulation and it …

We present a framework for interfacing an arbitrary HPC simulation code with an interactive
ParaView session using the HDF5 parallel IO library as the API. The implementation allows …

This paper focuses on the design of high performance VR applications. These applications
usually involve various I/O devices and complex simulations. A parallel architecture or grid …

We contribute a new approach for in situ automation of camera placement over time. Our
approach incorporates triggers, regularly evaluating the current camera placement and …

Interfacing a GUI driven visualization/analysis package to an HPC application enables a
supercomputer to be used as an interactive instrument. We achieve this by replacing the IO …

Nowadays simulations can produce petabytes of data to be stored in parallel filesystems or
large-scale databases. This data is accessed over the course of decades often by thousands …

The interactive scientific visualization applications are based on heterogeneous codes to
implement simulation or data processing, visualization and interaction parts. These different …

As systems provide more resources and host an indefinitely growing number of cores, the
amount of data produced by simulation codes is steadily increasing, creating a bottleneck at …

Computational Steering increases the understanding of relationships between the output of
a simulation and its parametrized input, such as boundary conditions, physical parameters …

As simulation codes become more powerful and more interactive, it is increasingly desirable
to monitor a simulation in-situ, performing not only visualization but also analysis of the …