This work introduces importance-driven volume rendering as a novel technique for
automatic focus and context display of volumetric data. Our technique is a generalization of …

The field of volume visualization has undergone rapid development during the past years,
both due to advances in suitable computing hardware and due to the increasing availability …

This paper presents importance-driven feature enhancement as a technique for the
automatic generation of cut-away and ghosted views out of volumetric data. The presented …

Since the 1980s, various techniques have been used in the field of medicine for the post-
processing of medical imaging data from computed tomography (CT) and magnetic …

Objective Classical single-colored or multicolored 3-dimensional (3D) visualization of
sectional images lacked in being realistic and revealed limited anatomical discrimination …

Research and discussion into more efficient utilization of frequency spectrum has led to a
paradigm shift in future allocation and utilization of spectral resources in the frequency band …

We present a technique for previewing large-scale irregular volume datasets using an
improved particle-based volume rendering (PBVR) technique. Volume rendering of irregular …

In this paper, we introduce a novel point-based volume rendering technique based on tiny
particles. In the proposed technique, a set of tiny opaque particles is generated from a given …

By way of introduction, the preferred embodiments described below include methods,
systems, instructions, and computer readable media for volume rendering via proxy …

The importance of modeling the radiative absorption in an environment with a high
concentration of water vapor, such as inside a sauna, was studied through numerical …