Flow visualization has been a very attractive component of scientific visualization research
for a long time. Usually very large multivariate datasets require processing. These datasets …

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 …

Synthesis of systems containing application-specific as well as reprogrammable
components, such as off-the-shelf microprocessors, provides a promising approach to …

This review paper addresses the integration of advanced visualization techniques into the
analysis of volumetric vector fields obtained by experimental measurement techniques such …

Separation and attachment lines are topologically significant curves that exist on 2D
surfaces in 3D vector fields. Two algorithms are presented, one point-based and one …

New challenges on vector field visualization emerge as time dependent numerical
simulations become ubiquitous in the field of computational fluid dynamics (CFD). To …

Vector field visualization is an important topic in scientific visualization. Its aim is to
graphically represent field data on two and three-dimensional domains and on surfaces in …

Line integral convolution (LIC) is an effective technique for visualizing vector fields. The
application of LIC to 3D flow fields has yet been limited by difficulties to efficiently display …

In this work, we compare emotion recognition on two types of speech: spontaneous and
acted dialogues. Experiments were conducted on the AVEC2012 database of spontaneous …

We propose a dynamically load-balanced algorithm for parallel particle tracing, which
periodically attempts to evenly redistribute particles across processes based on kd tree …