Edge / Minneapolis / New York / Optimization / London / /
Company
Prentice-Hall / ACM Press / CRC Press / SIAM Journal / John Wiley & Sons / /
Country
United States / Portugal / /
Currency
USD / / /
Facility
The University of Iowa / Jason Cantarella∗ Michael Piatek† Eric Rawdon‡ University / /
IndustryTerm
scientific applications / interior-point algorithms / dot product / software package / energy minimizing knots / universal energy spectrum / energy function / software controls / block-principal pivoting algorithm / minimum-norm solution / rigid body systems / octree-based algorithm / software distribution / /
Organization
University of Washington / National Science Foundation / University of Georgia University / Duquesne University / The University of Iowa / National Physical Lab. / /
Person
Kai-Seng Chou / Jeremey Orloff / Piotr Piera´nski / Mark Pauly / Ben Laurie / A. Stasiak / V / Alexander Nabutovsky / Leonidas J. Guibas / Gregory Buck / Kevin Montgomery / Leonidas Guibas / David Baraff / Michael Piatek† Eric Rawdon / Xi-Ping Zhu / Sigrid Veit / Kendall E. Atkinson / Eric Rawdon / Harald Schmidl / John M. Sullivan / Joel Brown / Jean-Claude Latombe / Jason Cantarella / Michael Piatek / Robert B. Kusner / Ted Ashton / Frank H. Clarke / Dinesh K. Pai / Daniel Russel / Joseph H.G. Fu / Vladimir Rotkin / Eric J. Rawdon / Otto Kr¨otenheerdt / Michael A. Saunders / Victor J. Milenkovic / Sivan Toledo / Li Zhang / Christopher C. Paige / Robert G. Scharein / Doron Chen / / /
Position
deformable model for rope / representative / forward / /
Visualizing the Tightening of Knots