Flow visualisation has already been a very attractive part of visualisation research for a long
time. Usually very large data sets need to be processed, which often consist of multivariate …

A new hybrid scheme, called Lagrangian-Eulerian advection (LEA), that combines the
advantages of the Eulerian and Lagrangian frameworks is applied to the visualization of …

In this paper, we propose a new technique to visualize dense representations of time-
dependent vector fields based on a Lagrangian-Eulerian Advection (LEA) scheme. The …

We present a novel hardware-accelerated texture advection algorithm to visualize the
motion of two-dimensional unsteady flows. Making use of several proposed extensions to …

Unsteady flow line integral convolution (UFLIC) is a texture synthesis technique for
visualizing unsteady flows with high temporal-spatial coherence. Unfortunately, UFLIC …

Flow visualization has been a very attractive field within visualization research for a long
time already. Usually huge datasets need to be processed, which often consist of multi …

Steady and unsteady vector fields are integral to many areas of scientific endeavor. They are
generated by increasingly complex numerical simulations and measured by highly resolved …

Flow visualization has been a very attractive part of visualization research for a long time.
Usually very large datasets need to be processed, which often consist of multivariate data …

Adverse drug reactions (ADRs) represent one of the main health and economic problems in
the world. With increasing data on ADRs, there is an increased need for software tools …

Most texture-based 3D flow visualization techniques such as volume Line Integral
Convolution (LIC) are limited to steady fields. Time-varying dense volume flow visualization …