Topics include (but are not limited to):

• Hardware and systems for high-performance graphics

• Graphics hardware simulation, optimization, and performance measurement

• Shading architectures

• Novel fixed-function hardware design

• Hardware design for mobile, embedded, integrated, and low-power devices

• Cloud-accelerated graphics systems

• Hardware and software systems for emerging display technologies

• Novel display technologies

• Virtual and augmented reality systems

• Low-latency rendering and high-performance processing of sensor input

• High-resolution and high-dynamic range displays

• Real-time and interactive ray tracing hardware or software

• Spatial acceleration data structures

• Ray traversal, sorting, and intersection techniques

• Scheduling and shading for ray tracing

• High-performance computer vision and image processing techniques

• Algorithms for computational photography, video, and computer vision

• Hardware architectures for image and signal processors (ISPs)

• Performance analysis of computational photography and computer vision applications

• Machine/deep learning for high-performance graphics, computer vision, and image processing

• Programming models, languages, and compilation techniques

• Programming models and languages for graphics, vision, and image processing

• Compilation techniques for specialized architectures and parallel computing

• Shading language design and implementation

• Programming abstractions for interactive rendering pipelines

• Rendering algorithms

• Surface representations and tessellation algorithms

• Texturing and compression/decompression algorithms

• Interactive rendering algorithms (hardware or software)

• Visibility and illumination algorithms (shadows, rasterization, global illumination, …)

• Image sampling, reconstruction, and filtering techniques

• Parallel computing for graphics and visual computing applications

• Physics, sound processing, and animation

• Large data visualization

• Novel applications of GPU computing