The paper presents a set of combined techniques to enhance the real-time visualization of
simple or complex molecules (up to order of 10 6 atoms) space fill mode. The proposed …

We present a novel real-time technique for computing inter-object ambient occlusion. For
each occluding object, we precompute a field in the surrounding space that encodes an …

Despite the ever-growing improvements on graphics processing units and computational
power, classifying 3D volume data remains a challenge. In this paper, we present a new …

This paper presents a novel technique to efficiently compute illumination for Direct Volume
Rendering using a local approximation of ambient occlusion to integrate the intensity of …

Close collaboration with other scientific fields is an important goal for the visualization
community. Yet engaging in a scientific collaboration can be challenging. The physical …

This survey deals with obscurances and ambient occlusion. These are relatively cheap
techniques that simulate diffuse indirect illumination in a way that looks realistic, though they …

This work seeks to expose the vulnerability of un-trusted computing platforms used in critical
systems to hardware Trojans and combined hardware/software attacks. As part of our entry …

In many different application fields particle-based simulation, like molecular dynamics, are
used to study material properties and behavior. Nowadays, simulation data sets consist of …

We present decal-lenses, a new interaction technique that extends the concept of magic
lenses to augment and manage multivariate visualizations on arbitrary surfaces. Our object …

This paper introduces a novel technique to compute illumination for Direct Volume
Rendering. By adding shadow effects to volume rendered images, the perception of shapes …