Multi‐modal data of the complex human anatomy contain a wealth of information. To
visualize and explore such data, techniques for emphasizing important structures and …

Advances in computing technology have been instrumental in creating an assortment of
powerful information visualization techniques. However, the selection of a suitable and …

We propose a system to analyze and contextualize simulations of coronal mass ejections.
As current simulation techniques require manual input, uncertainty is introduced into the …

In the past few years, advances in graphics hardware have fuelled an explosion of research
and development in the field of interactive and real‐time rendering in screen space …

In this work, we address the challenge of seamlessly visualizing astronomical data
exhibiting huge scale differences in distance, size, and resolution. One of the difficulties is …

Depth-sorted fragment determination is fundamental for a host of image-based techniques
which simulates complex rendering effects. It is also a challenging task in terms of time and …

This work presents a visualization system and its application to space missions. The system
allows the public to disseminate the scientific findings of space craft and gain a greater …

Neural networks have shown great success in extracting geometric information from color
images. Especially, monocular depth estimation networks are increasingly reliable in real …

An effective fragment merging technique is presented in this study that addresses multi‐
fragment problems, including fragment overflow and z‐fighting, and provides visual effects …

Processing and visualizing large scale volumetric and geometric datasets is mission critical
in an increasing number of applications in academic research as well as in commercial …