SIMD-Aware Ray-Casting

This paper examines the second benefit, large numbers of tightly connected processor nodes, within the context of a parallel ray casting volume rendering algorithm implemented on

• Streaming model with algorithm segmentation according to hardware specialty in volume ray casting allows us to hide algorithmic overhead and memory latency in addition to

Ljung has published several papers in international conferences and journals including IEEE Visualization, Eurographics conferences, IEEE TVCG and others, on volume rendering of

Based on current work in the field of GPU ray-casting of height fields, we have proposed some novel contributions in the scope of terrain rendering.. These contributions include

More than one VOI can be specified for the same dataset, and multiple VOIs may overlap in space. Each VOI is as- signed a priority that is used to determine how the over- lapped

The main goal of this thesis is to develop the first GPU- based reconstruction and rendering methods for trivariate splines where we use ray casting for interactive

We demonstrate the usage and utility of our approach for performance analysis and tuning at the example of distributed volume ray casting for a high-resolution powerwall with the

Our method is capable of implicit isosurface rendering and di- rect volume ray casting homogeneous grids of hexahedra, tetrahedra, and multi-level datasets at interactive frame rates