The WarpEngine: an architecture for the post-polygonal age

We present the WarpEngine, an architecture designed for realtime image-based rendering of natural scenes from arbitrary viewpoints. The modeling primitives are real-world images with per-pixel depth. Currently they are acquired and stored off-line; in the near future real-time depth-image acquisition will be possible, and WarpEngine is designed to render in immediate mode from such data sources. The depth-image resolution is locally adapted by interpolation to match the resolution of the output image. 3D warping can occur either before or after the interpolation; the resulting warped/interpolated samples are forward-mapped into a warp buffer, with the precise locations recorded using an offset. Warping processors are integrated on-chip with the warp buffer, allowing efficient, scalable implementation of very high performance systems. Each chip will be able to process 100 million samples per second and provide 4.8GigaBytes per second of bandwidth to the warp buffer. The WarpEngine is s...

• Type: Conference
• Year: 2000
• Where: SIGGRAPH
• Authors: Voicu Popescu, John G. Eyles, Anselmo Lastra, Joshua Steinhurst, Nick England, Lars S. Nyland
• Keywords: Computer Graphics, Future Real-time Depth-image, Realtime Image-based Rendering, SIGGRAPH 2000, Warp Buffer