Abstract
In the paper two aspects of force-feedback implementation in controlling artificial locomotion-manipulation systems are considered: 1) as a global control, for reducing the influence of coupling among subsystems when decentralized control is applied, and (b) for solving dynamic control tasks often encountered when the aforementioned systems are considered. In order to illustrate the implementation of force-feedback, four examples are presented, two for a biped system and two for an anthropomorphic manipulator.
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