作者: Zvi Shiller , H-H Lu , None
DOI: 10.1109/ROBOT.1990.125962
关键词: Locus (mathematics) 、 Robot 、 Robot manipulator 、 Mathematics 、 Time optimal 、 Topology 、 Acceleration 、 Inertia 、 Position and momentum space 、 Control theory 、 Computation
摘要: An algorithm is presented for the computation of path-constrained time-optimal motions robotic manipulators exploring nature so-called critical points and arcs. At reflected inertia at one joints zero, feasible acceleration range velocity limit not unique. Time-optimal along arcs may be singular in sense that neither maximum nor minimum. This contrast to existing motion optimization methods specified paths which assume or deceleration all times. The consideration makes this robust near switching points, are potential failure other methods. Critical can anticipated path by mapping locus position space. Examples demonstrate existence >