Definition, determination and characterization of acceleration sets for spatial manipulators

2018-06-30T01:15:35Z (GMT) by Yong-yil Kim Subhas Desa
Abstract: "In this report the approach developed by the authors, for systematically studying the acceleration capabilites and acceleration properties of the end-effector of a planar 2 degree-of-freedom manipulator, is extended to the general spatial manipulator with three degrees-of-freedom. A central feature of this report is the determination of the properties of the quadratic mapping between the "joint-velocity" space and the acceleration space of P which then makes it possible to obtain analytical solutions for most acceleration properties of interest. We show that a fundamental way of studying these quadratic mappings is in terms of the mapping of (input) line congruences into (output) line congruences."