The problem of maintaining low operating errors during feedback outages is considered for
a class of nonlinear systems with time-delays in the input channel. It is shown that there are …

The problem of maximising the time during which an open-loop system can operate without
exceeding a specified error bound is considered for linear systems that are subject to …

The problem of reducing operating errors after a feedback disruption is considered for a
class of nonlinear delay-differential systems. It is shown that there are optimal controllers …

The problem of designing robust optimal controllers to reduce in minimal time operating
errors that had accumulated during a period of feedback loss is revisited, with the objective …

The design of optimal robust state-feedback controllers that guide a system to a target in
minimal time is considered under constraints on the maximal input amplitude and the …

The problem of finding the minimum input norm required to bring a dynamical system from
an arbitrary initial state to a given end-point constraint set under specified state constraints …

The problem of kee** performance errors within bounds while controlling a perturbed
open loop linear system is considered. The objective is to maximize the time during which …

When feedback is restored after a period of feedback loss, the problem is to reduce in
minimal time operating errors that may have accumulated during feedback absence. This …

Optimal controllers are developed for delay-differential systems. The objective is to reduce
operating errors as quickly as possible after feedback loss, once feedback has been …

Event-based control is a new control methodology that aims at reducing the communication
flow within a control loop by closing the loop only after events have indicated a substantial …