Update Content - 2021-08-24

content/article/heertjes11_minim_cross_talk_high_precis.md

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+title = "Minimizing cross-talk in high-precision motion systems using data-based dynamic decoupling"
+author = ["Thomas Dehaeze"]
+draft = false
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+
+Tags
+: [Decoupled Control](decoupled_control.md)
+
+Reference
+: ([Heertjes and Engelen 2011](#org76c1202))
+
+Author(s)
+: Heertjes, M., & Engelen, A. v.
+
+Year
+: 2011
+
+> In the field of high-precision motion control, a static decoupling control design is generally used to command motion in the directions of an orthogonal basis.
+> Around the center-of-gravity of the system it then usually suffices to apply single-input single-output control in each of these directions separately.
+> Among the advantages are robust stability and performance through straightforward control designs and loop shaping techniques.
+>
+> If the static decoupling part does not fully achieve desired decoupling of the underlying MIMO motion system, a multi-variable controller can be sought to replace the SISO controller part.
+> A more natural approach would therefore be to replace the MIMO static decoupling part by a dynamic part and leave the SISO controller part intact.
+
+<!--quoteend-->
+
+> The aim of the paper is to minimize directly the cross-talk outputs via data-based optimization.
+> The criterion to be optimized consists solely of time-domain signals taken from a performance-relevant time interval.
+
+
+## Bibliography {#bibliography}
+
+<a id="org76c1202"></a>Heertjes, Marcel, and Arjan van Engelen. 2011. “Minimizing Cross-Talk in High-Precision Motion Systems Using Data-Based Dynamic Decoupling.” _Control Engineering Practice_ 19 (12):1423–32. <https://doi.org/10.1016/j.conengprac.2011.07.016>.