The problem of the stabilisation of a nonlinear system via output-feedback dynamic control is addressed, under the assumption that every communication between the plant and the controller is subject to network-induced constraints. These constraints include variable transfer intervals; time varying, large communication delays; non-simultaneous access to the network. A control technique that copes with these constraints is presented which is based on recent results addressing the problem of static state-feedback. The stability of the resulting nonlinear networked control system is assessed. Network-in-the-loop experiment results are presented, which confirm that the proposed method is effective
A Strategy for Dynamic Controller Emulation in Packet-Based Networked Control
FALASCA, STEFANO;BICCHI, ANTONIO
2013-01-01
Abstract
The problem of the stabilisation of a nonlinear system via output-feedback dynamic control is addressed, under the assumption that every communication between the plant and the controller is subject to network-induced constraints. These constraints include variable transfer intervals; time varying, large communication delays; non-simultaneous access to the network. A control technique that copes with these constraints is presented which is based on recent results addressing the problem of static state-feedback. The stability of the resulting nonlinear networked control system is assessed. Network-in-the-loop experiment results are presented, which confirm that the proposed method is effectiveI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
