Abstract
Zero vibration input shapers with distributed delay s are considered with the objective to compensate the undesirable oscillator y modes of the system under consideration. Next to the lumped delay, which has been used in the input shapers so far, equally and triangularly distributed delay s are considered as the key elements in the shaper design. These delays provide signal smoothing of the Trapezoidal and S-curve like smoothers, whereas the full compensation of the undesirably oscillator y mode is guaranteed for the nominal case. For the parametrization purposes, the spectral theory of time delay systems is applied with the aid of numerical tools for computation of rightmost part of the infinite spectra of the shaper zeros. Next, the robustness and implementation issues of the shapers are discussed. In the analysis performed, the novel shapers show better spectral, step response and robustness features compared to the classical ZV shaper. An experimental example is included to demonstrate the performance of the novel shapers.
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The presented research has been supported by the Czech Science Foundation under the project No. 13-06962S.
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Vyhlídal, T., Kučera, V., Hromčík, M. (2016). Design, Analysis and Implementation of Smoothed Input Shapers with Distributed Delay s. In: Witrant, E., Fridman, E., Sename, O., Dugard, L. (eds) Recent Results on Time-Delay Systems. Advances in Delays and Dynamics, vol 5. Springer, Cham. https://doi.org/10.1007/978-3-319-26369-4_12
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