When "robot assemblers" are used in "structural engineering", comparatively heavy weights have to be handled in a comparatively large workroom. In the case of "lightweight constructions", this causes deep-set mechanical "eigenfrequencies". The present "dissertation" contributes to the development of automatic "activation" of "adaptive state space controllers" of such supple "large-scale robots": 1. Algebraic design roles for the state space controllers with determined CPU-time were elaborated through the analytic solutions of the generally formulated optimizing task. 2. A standardization of the system description was accomplished. 3. The "analog speed control" was integrated into the "digital position control", so that a laborious identification is dispensable.
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When "robot assemblers" are used in "structural engineering", comparatively heavy weights have to be handled in a comparatively large workroom. In the case of "lightweight constructions", this causes deep-set mechanical "eigenfrequencies". The present "dissertation" contributes to the development of automatic "activation" of "adaptive state space controllers" of such supple "large-scale robots": 1. Algebraic design roles for the state space controllers with determined CPU-time were elaborated th...
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