Boca Raton / New York / Oxford / New Orleans / Salt Lake City / Interactive Physically / Malden / Chicago / /
Company
Gould / Cambridge University Press / MIT Press / Haptic Rendering Systems / McGraw-Hill / SIAM Journal / Spatial Mechanical Systems / Deneb Robotics Inc. / John Wiley & Sons / /
Country
Austria / United States / United Kingdom / /
Currency
CAD / / /
Facility
CAD Donald D. Nelson Elaine Cohen University of Utah Computer Science Dept. / University of Utah / Bar Mechanism / Prentice Hall / /
IndustryTerm
open and closed loop systems / optimization algorithm / iterative algorithm / closed loop systems / software constraint object1 / strain energy qTf / virtual prototyping applications / inverse kinematics solutions / mechanical systems / loop manipulation solution / planar systems / optimization solutions / kinematic systems / large systems / haptics device / body inverse kinematics solution / form solution / strain energy / enough processors / control applications / optimization search space / geometric satisfaction solution / geometric constraint systems / /
Movie
CAD / /
Organization
Cambridge University / National Science Foundation / Center for Computer Graphics and Scientific Visualization / MIT / Graph / University of Utah / Design Variation SPH SPH UNIV UNIV SPH UNIV / Haptics and CAD Donald D. Nelson Elaine Cohen University of Utah Computer Science Dept. / Eurographics Association / /
Person
Wc / Ai / Rm / Donald D. Nelson / Ali Nahvi / David Johnson / Vidyasagar / / /
Position
Walker / General / designer / Forward Dynamics Manipulation Forward / representative / Acknowledgments The author / /
ProgrammingLanguage
FL / C / /
ProvinceOrState
New York / Connecticut / Utah / Florida / Massachusetts / /
EUROGRAPHICS ’99 / P. Brunet and R. Scopigno (Guest Editors) Volume[removed]), Number 3 Interactive Mechanical Design Variation for Haptics and