Kalman Filter / New York / Cambridge / Los Angeles / Vienna / Reading / Screen Projection / /
Company
Multi-Projector Rendering Systems / Academic Press Inc. / MIT Press / ACM Press / Intel Corporation / Advanced Networks / John Wiley & Sons Inc / /
Country
Egypt / Austria / United States / / /
Facility
Carnegie Mellon University / Robotics Institute / Matrox Imaging Library / University of North Carolina / Chapel Hill / ReActor Room / Chapel Hill Chapel Hill / /
IndustryTerm
dimensional computer graphics applications / ventilation systems / hierarchical search algorithm / display systems / on-line methods / digital projector technology / energy / similar systems / minimal infrastructure / feature search / stereo algorithms / graphics hardware / online vs. off-line / search area / projector-based display systems / large display systems / image processing hardware / conventional projector-based display systems / on-line active calibration method / Minimal equipment / search phase / only existing energy / /
NaturalFeature
Chapel Hill / /
OperatingSystem
Windows NT / /
Organization
office of the Future / National Science Foundation / Center for Computer Graphics and Scientific Visualization / MIT / University of North Carolina / IEEE Trans Pattern Analysis and Machine Intelligence / PI Department of Computer Science / Robotics Institute / Carnegie Mellon University / /
Person
Kai Li / Ali / Henry Fuchs / Pat Hanrahan / Herman Towles / Alex Pentland / Gary Bishop / Greg Humphreys / Jonathan Alon / Greg Welch / Stan Sclaroff / /
Position
Mp / geometric model for the display surface and projector arrangement / /
AUTOMATIC AND CONTINUOUS PROJECTOR DISPLAY SURFACE CALIBRATION USING EVERY-DAY IMAGERY Ruigang Yang and Greg Welch The Office of the Future Project, Henry Fuchs, PI