Monterey / Wellesley / Minneapolis / Jacobsen / Washington / D.C. / Randolph / New Orleans / Salt Lake City / Los Angeles / Detroit / Providence / Snowbird / San Diego / Geometric Modeling / /
Company
National Academy Press / Application-Based Systems / Issues And Solutions / Motorola / Bernstein / User/Machine Systems / Real-Time Systems / Mavor A.S. / John Wiley & Sons / Virtual Reality Annual Intl / /
Currency
CAD / / /
Facility
University of Utah / Computer Science University / /
IndustryTerm
haptic device / haptic rendering systems / dot product / parametric marching algorithm / correct solution / dedicated networking board / control systems / on closest point tracking algorithms / haptic systems / /
OperatingSystem
VxWorks / /
Organization
National Science Foundation / Center for Computer Graphics and Scientific Visualization / Computer Science University / Computer Science Department / University of Utah / National Computer Graphics Association / Johnson Elaine Cohen Department / /
Person
John Hollerbach / Rod Freier / Peter Shirley / Johnson Elaine Cohen / Cam Geometric Modelling / Don Nelson / Flat Bumpy Cylinder Goblet / David E Johnson / Ali Nahvi / Van Verth / Bill Thompson / Taylor III / Thomas V Thompson II / Flat Bumpy Cylinder Goblet Method / /
Position
Micros Controller / model designer / haptic controller / Model / designer / arm controller / /
ProgrammingLanguage
K / /
ProvinceOrState
Minnesota / New York / Utah / Rhode Island / South Carolina / California / Massachusetts / /
Proceedings Symposium on Interactive 3D Graphics, Providence, RI, April 27-30, [removed]Direct Haptic Rendering Of Sculptured Models Thomas V Thompson II David E Johnson