Multiresolution Ordered Meshes (MOM) representation, allow us to extract uniform resolution LODs exploiting the frame-to-frame coherence property. We study advantages and drawbacks of this new approximation by testing with different data sets and comparing the results obtained with the previous MOM representation

are limited to the views they can reproduce. We present an image space acceleration method for rendering novel views of large data sets by exploiting frame-to-frame coherence. By reusing visibility and rendering information calculated in the pixels of previous images, we can render most pixels in a new image

systems—frame coherent. Other inconsistencies which result from intersection and visibility changes during an animation are prevented by a path reconstruction method. Furthermore, we implemented a keyframing for linestyle parameters which enables us to extend illustration techniques like simplification

As 3d data sets become increasingly larger, and image sizes stay relatively constant, new rendering paradigms based upon images begin t o offer significant advantages over traditional object based systems. Current image based systems, however, often assume a lack of the true 3d geometry, and so are limited to the views they can reproduce.

volumetric data sets without sacrificing image quality. The achieved speed-up allows for further improvements of image quality. We demonstrate an object space antialiasing technique based on selective super-sampling at sharp creases and silhouette edges which also benefits from exploiting frame-to-frame

architecture. Second, we propose a novel GPU out-of-core approach that adopts a frame-to-frame coherence scheme in order to minimize the high communication cost between CPU and GPU. Our results show that the parallel algorithm of mesh simplification and the GPU out-of-core approach significantly improve

The goal of this paper is the proposal and evaluation of a ray-casting strategy that takes advantage of the spatial and temporal coherence in image-space as well as in object-space in order to speed up rendering. It is based on a double structure: in image-space, a temporal buffer that stores

-space rendering styles, including dithering, screening, stippling, and hatching, can be utilized to generate real-time frame-to-frame coherent animations. 1.

We propose a technique for performing view-dependent simplifications for level-of-detail-based renderings of complex models. Our method is based on exploiting frame-to-frame coherence and is tolerant of various commonly found degeneracies in real-life polygonal models. The algorithm

This paper describes a realtime system for rendering animations in a painterly style. Impressionistic images are created using a large quantity of brush strokes, organized in particle systems to achieve frame-to-frame coherence. Reference pictures are used to compute the properties of each stroke.