For an efficient and economically profitable solution of logistics tasks, fast, high-performance handling machines are essential. By using flatness-based control theory for distributed parameter systems, the usual trade-off between positioning accelerations and remaining residual vibrations of the structure can be solved. This work presents a comprehensive control concept incorporating an analytical, flatness-based feed forward control law which is also suitable for drive solutions with backlash.
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For an efficient and economically profitable solution of logistics tasks, fast, high-performance handling machines are essential. By using flatness-based control theory for distributed parameter systems, the usual trade-off between positioning accelerations and remaining residual vibrations of the structure can be solved. This work presents a comprehensive control concept incorporating an analytical, flatness-based feed forward control law which is also suitable for drive solutions with backlash...
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