This paper describes a robotic manipulation primitive called toppling--knocking a part over. We derive the mechanical conditions for toppling, express these as constraints on robo...
— We present a novel algorithm for motion planning of multiple robots amongst dynamic obstacles. Our approach is based on a new roadmap representation that uses deformable links ...
Russell Gayle, Avneesh Sud, Ming C. Lin, Dinesh Ma...
Abstract— We present a novel algorithm for motion planning of a deformable robot in a static environment. Given the initial and final configuration of the robot, our algorithm ...
A new design method for non-time based tracking controller of mobile robots is presented. The new design method converts a controller designed by traditional time-based approaches ...
— The goal of this study is a system for a robot to imitate human dances. This paper describes the process to generate whole body motions which can be performed by an actual bipe...