Title: Low-order controllability and kinematic reductions for affine connection control systems (29 pages)
Author(s): Francesco Bullo and Andrew D. Lewis
Detail: SIAM Journal on Control and Optimization 44(3), pages 885-908, 2005
Journal version: Download

Original manuscript: 2003/01/09
Manuscript last revised: 2005/07/20

Controllability and kinematic modeling notions are investigated for a class of mechanical control systems. First, low-order controllability results are given for a class of mechanical control systems. Second, a precise connection is made between those mechanical systems which are dynamic (i.e., have forces as inputs) and those which are kinematic (i.e., have velocities as inputs). Interestingly and surprisingly, these two subjects are characterised and linked by a certain intrinsic vector-valued quadratic form that can be associated to an affine connection control system.

494K pdf
Last Updated: Fri Jul 10 07:18:56 2020

Andrew D. Lewis (andrew at mast.queensu.ca)