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  1. Proceedings of the 7th Conference on High-Performance Graphics (HPG '15)
  2. An incremental rendering VM
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Efficient ray tracing of subdivision surfaces using tessellation caching
Decoupled coverage anti-aliasing
Perception of highlight disparity at a distance in consumer head-mounted displays
Compiling high performance recursive filters
Bounding volume hierarchy optimization through agglomerative treelet restructuring
Deferred attribute interpolation for memory-efficient deferred shading
An adaptive acceleration structure for screen-space ray tracing
Grid-free out-of-core voxelization to sparse voxel octrees on GPU
Reorder buffer: an energy-efficient multithreading architecture for hardware MIMD ray traversal
An incremental rendering VM
Adaptively layered statistical volumetric obscurance
Morton integrals for high speed geometry simplification

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An incremental rendering VM

Content Provider ACM Digital Library
Author Tobler, Robert F. Steinlechner, Harald Maierhofer, Stefan Haaser, Georg
Abstract We introduce an incremental rendering layer on top of standard graphics APIs such as OpenGL or DirectX in the form a virtual machine (VM), which efficiently maintains an optimized, compiled representation of arbitrary high-level scene representations at all times. This includes incremental processing of structural changes such as additions and removals of scene parts, as well as in-place updates of scene data. Our approach achieves a significant framerate increase for typical workloads and reasonable performance for high-frequency changes. Processing is performed in running time O(Δ), where Δ is proportional to the size of the change and the optimized representation has no runtime overhead with respect to the underlying graphics API. This is achieved by tracking and applying all changes as incremental updates to appropriate data structures and by adaptively synthesizing a program of abstract machine code. In a final step this abstract program is incrementally mapped to executable machine code --- comparable to what just-in-time compilers do. Our main contributions are (i) an abstract interface for rendering and visualization systems enabling incremental evaluation, (ii) adaptively optimized abstract machine code in the context of stateless graphics commands, and (iii) subsequent adaptive compilation to executable machine code including on-the-fly defragmentation.
Starting Page 51
Ending Page 60
Page Count 10
File Format PDF
ISBN 9781450337076
DOI 10.1145/2790060.2790073
Language English
Publisher Association for Computing Machinery (ACM)
Publisher Date 2015-08-07
Publisher Place New York
Access Restriction Subscribed
Subject Keyword Dynamic compilation Rendering Virtual machines Optimization
Content Type Text
Resource Type Article
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