This article reviews strategies developed so far for enabling interactive visualization of
volume data from time-varying simulations with a focus on encoding, feature extraction, and …

This paper presents a study of gradient estimation methods for rendering unstructured-mesh
volume data. Gradient estimation is necessary for rendering shaded isosurfaces and …

Numerical particle simulations and astronomical observations create huge data sets
containing uncorrelated 3D points of varying size. These data sets cannot be visualized …

There are many situations where one needs to compare two or more data sets. It may be to
compare different models, different resolutions, differences in algorithms, different …

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

We developed three distinct two-handed selection techniques for volumetric data
visualizations that use splat-based rendering. Two techniques are bimanual asymmetric …

We present a system for interactively rendering large, unstructured grids. Our approach is to
voxelize the grid into a 3D voxel octree, and then to render the data using hierarchical, 3D …

We evaluated four selection techniques for volumetric data based on the four classes of
bimanual action: symmetric-synchronous, asymmetric-synchronous, symmetric …

This paper describes a level-of-detail rendering technique for large-scale irregular volume
datasets. It is well known that the memory bandwidth consumed by visibility sorting becomes …

US8149235B2 - System and method for upscaling low-resolution images - Google Patents
US8149235B2 - System and method for upscaling low-resolution images - Google Patents …