Collaborators

We are very lucky to have had several collaborators, located around the world.  These very skilled people have a valuable outsider's perspective, and bring expertise from their own domains.  Most importantly, they can help ensure that the problem we are trying to solve is a real one.

 

Very Active Collaborators

	Tony Brock -- U. Tennessee, Design; formerly NC State Effective visual communication, aesthetics and visualization.
	Tim Buie -- NC State, Industrial Design Deep procedural support for design creativity.
	Pat Fitzgerald -- NC State, Art & Design Graduate and undergraduate research in designed technology.
	Chris Healey -- NC State, Computer Science Effective visual communication, aesthetics and visualization, perception and interfaces.
	Simon Hsiang -- NC State, Industrial Engineering Deep procedural support for design creativity.
	Matt Stallman -- NC State, Computer Science Matrix-based visualizations of layered graphs.
	Jack Tumblin -- NC State, Art & Design Gigapixel rendering, capture and display.

 

Active Collaborators

	John Buchanan -- Relic Games Procedural modeling, gaming education.
	Scott Daly -- Sharp Labs Gigapixel rendering, capture and display.
	Alinda Friedman -- U. Alberta, Dept. Psychology  Comparing automatic and human judgments of image and model quality.
	Bruce Gooch -- U. Victoria, Computer Science  Perceptual graphics and visualization.
	David Luebke -- NVIDIA Research  Temporally adaptive rendering, gigapixel rendering, capture and display.
	Steve Parker -- NVIDIA Research, U. Utah Temporally adaptive rendering in hardware.
	Vidya Setlur -- Nokia Research Visual interfaces for mobile devices.
	Peter Shirley -- NVIDIA Research, formerly U. Utah Temporally adaptive rendering in hardware.
	Rob St. Amant -- NC State, Computer Science Visual interfaces for mobile devices.
	Oleg Veryovka -- Electronic Arts, Black Box Studio Perceptually-based and temporally adaptive rendering, procedural urban modeling.
	Peter Wonka -- U Arizona, Computer Science Perceptually-based and temporally adaptive rendering, procedural urban modeling.
	Michael Young -- NC State, Computer Science Temporally adaptive rendering, gigapixel rendering, capture and display.

 

Former Collaborators

	Yan Chen -- Northwestern Univ., Dept. Computer Science Visualization of network security data.
	Peter Dinda -- Northwestern Univ., Dept. Computer Science Toolchains for visualization of massive datasets.
	Martin Felsen -- Illinois Inst. Tech., School Architecture & Urbanlab Architectural modeling applications.
	John Frazer -- Hong Kong Poly. U., School of Design Tangible user interfaces in design, education and neuroscience.
	Louis Gomez -- Northwestern Univ., Dept. CS & Learning Science Prog. Tangible and ubiquitous interfaces for education.
	Yoshifumi Kitamura -- Osaka Univ., Human Interface Engineering Lab. Tangible interfaces for cognitive assessment.
	Lili Liu -- U. Alberta, Fac. Rehabilitative Medicine Using VR for assessing driving ability.  New techniques for assessing cognitive spatial ability.
	Paul Lu -- U. Alberta, Dept. Computing Simplification of models too big to fit in core memory.
	Tom Moher -- U. Illinois Chicago, Dept. Computer Science Tangible and ubiquitous interfaces for education.
	Bill Ribarsky -- UNC Charlotte, Dept. Computer Science Perceptually based rendering, urban modeling.
	Skip Rizzo -- U. So. Cal., School of Gerontology  New techniques for assessing cognitive ability.
	Neff Walker -- Johns Hopkins, Public Health Supra-threshold peripheral LOD, effects of delay on task.
	Uri Wilensky -- Northwestern Univ., Dept. CS & Learning Sciences Prog. Procedural modeling with agent-based simulation.