Professor of Computer Science
Joined department: 1994
Dr. Sacks's research area is geometric reasoning in science and engineering. His current projects are robust computational geometry,model acquisition for computer graphics, generalized camera models, and robot path planning. He has also researched mechanical design algorithms using configuration spaces. The research led to practical design software for kinematic analysis, simulation, tolerancing, and parametric design of mechanical systems with higher pairs and changing contact topologies. The software has been used at Ford Motors for transmission design and at Sandia National Laboratory for micro-mechanism design.
Elisha Sacks, Victor Milenkovic, and Nabeel Butt, "Robust free space construction for a polyhedron with planar motion", Computer-Aided Design, 90c, 2017.
Computer-Aided Design 67-68, 2015
Victor Milenkovic, Elisha Sacks, and Steve Trac, "Planar Shape Manipulation Using Approximate Geometric Primitives", International Journal of Computational Geometry and Applications, 23(1), 2013