Starting from the computation of a covariance matrix of neighborhoods in a point cloud,
streamlines are utilized to reconstruct lines of linearly distributed points following the major …

Topo-bathymetric LiDAR data captured with modern systems are complex. The primary
information received is a time-dependent amplitude variation of the reflected light. These so …

The complexity of large scale computational fluid dynamic simulations demand powerful
tools to investigate the numerical results. Time surfaces are the natural higher-dimensional …

The lack of a standard for the exchange data for scientific visualization is a big hurdle in the
interoperability among applications. The requirement to develop support for many diverse …

Images in scientific visualization are the end product of data processing. Starting from higher-
dimensional data sets such as scalar, vector, and tensor fields given on 2D, 3D, and 4D …

This paper presents a multi scale color coding technique which enhances the visualization
of scalar fields along integration lines in vector fields. In particular, this multi scale technique …

We present a technique that allows a comprehensive view to volumetric vector fields on
arbitrary mesh structures. The technique is inherently independent from the topological …

The objective of this work is to build a high performance computing framework for simulating,
analyzing and visualizing oil spill trajectories driven by winds and ocean currents. We adopt …

Abstract Computational Fluid Dynamics (CFD) is being used by the chemical/
pharmaceutical industry for designing efficient stirred tank systems to mix and react …

We present a framework using C++ template programming for the computation of integral
geometries such as streamlines, pathlines, geodesics or time surfaces. Hereby, common …