A Core Theory of Delay Systems

Compared to the existing re- sults in the literature, this paper deals with the unknown input observer design problem for a more general sort of linear time- delay systems where

In order to compare the control schemes based on the interval observation method and the Luenberger-like ob- server design we fix the lower boundary of the input delay h = 1 and try

The proposed approach is based on the characterization of the class of initial state vectors and control input signals that make the outputs of different continuous

To put the main results into perspective, the synchronization error dynamics is first written. Beyond a mere conver- gence property, one may seek the stronger property of asymp-

If we choose group STIT, of which the satisfiability prob- lem is undecidable [11], as our base logic, then our input/output STIT logic will be undecidable because the

In this pa- per, we extend these results to the stochastic delay case and establish that a constant horizon prediction-based controller guarantees mean-square exponential

Niculescu, “Survey on recent results in the stability and control of time-delay systems,” Journal of dynamic systems, measurement, and control, vol.. Niculescu, “Global asymptotic

In this paper, a new scheme of interconnected observers is proposed to estimate both the state and the delay of nonlinear systems with input delay.. The advantage of decoupling