Accelerated Foveated Rendering based on Adaptive Tessellation

Real-time Rendering,Virtual and Augmented Environments, Sound rendering, Auralization, Photorealistic Rendering, Global Illumination, Real- time Rendering, Point Based

Photorealistic Rendering, Global Illumination, Real- time Rendering, Image Based Rendering, Parallel Rendering, 3D-Vision, Surface-Reconstruction, Segmentation,

An observer at a client workstation can interactively improve the 3D object displayed by selecting one or more foveae; when a fovea is selected by a mouse click, a foveated mesh

To accomplish this project, we concrete a projection-based multiple window rendering system on passive 3D stereo display, synchronization multi- channel system for wide field of

Using this gesture interaction we have built an immersive 3D modeling system with 3D model representation based on a mesh library, which is optimized not only for real-time

In this mode, the cursor disappears and a halo of the same size as the 3D brush is used to select points for rendering, as if the only source of light in the visualization were at

We compared our algorithm with other recent hardware- based volume rendering algorithms, based on the ray casting paradigm, and on a hybrid version mixing ray casting and

• Selective rendering in high quality the foveal region based on gaze information. MCConcie, Loschky 1997; Watson