## Control dynamics of robotic manipulators |

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### Contents

Force Characteristics Energy and Power | 44 |

Controllability | 70 |

Reaching and Capture | 129 |

Copyright | |

4 other sections not shown

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### Common terms and phrases

adaptive control adaptive laws adjustable assume asymptotic stability Balestrino bounded bounded set calculate called Cartesian configuration Consider const constant control program controllability for capture controllability for Q controllability for reaching controllable on A0 coordinates Corollary corresponding damping defined Definition denoted discussion dynamic energy flow energy level equilibrium Example given gripper Hence implies introduce inverse inverse kinematics kinematics Leitmann Liapunov function linear linearizable Lipschitz continuous matrix method min-max monotone dissipative objective obstacles obtain obviously open-loop control optimal optimally controllable parameters perturbation positive potential energy produce proof reaching with capture reader reference rotation RP manipulator satisfied Section 1.1 separatrix simply connected Skowronski space specified stipulated strong controllability strongly subset substituting sufficient conditions suitable surface target path Theorem threshold trajectory transformation u e &(x uncertainty vector velocities zero