In this paper we report on further developments on a novel scheme for the anti-windup compensation of rate and magnitude saturated systems. This scheme, originally proposed in [10] allows to rely on tools for anti-windup compensation for magnitude saturated systems also for the case of rate saturation, by way of a suitable model of the magnitude and rate saturation. The novelty in this paper is to show that, for performance improvement, the compensation scheme of [10] can be modified using a saturated integrator for the magnitude saturation part and only retaining the anti-windup gain for the rate saturation part. This modified strategy is shown mathematically to ensure stability and, on a simulation example, it is shown to induce more desirable closed-loop responses.
Galeani, S., Onori, S., Teel, A., & Zaccarian, L. (2006). Further results on static linear anti-windup design for control systems subject to magnitude and rate saturation. In PROCEEDINGS OF THE 45TH IEEE CONFERENCE ON DECISION AND CONTROL, VOLS 1-14 (pp.5282-5287). NEW YORK : IEEE [10.1109/CDC.2006.377819].
Further results on static linear anti-windup design for control systems subject to magnitude and rate saturation
GALEANI, SERGIO;ZACCARIAN, LUCA
2006-12
Abstract
In this paper we report on further developments on a novel scheme for the anti-windup compensation of rate and magnitude saturated systems. This scheme, originally proposed in [10] allows to rely on tools for anti-windup compensation for magnitude saturated systems also for the case of rate saturation, by way of a suitable model of the magnitude and rate saturation. The novelty in this paper is to show that, for performance improvement, the compensation scheme of [10] can be modified using a saturated integrator for the magnitude saturation part and only retaining the anti-windup gain for the rate saturation part. This modified strategy is shown mathematically to ensure stability and, on a simulation example, it is shown to induce more desirable closed-loop responses.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
