+IEEE AUTOMATICCONTROL

Jiang, Output feedback stabilization and approximate and restricted tracking for a class of cascaded systems IEEE Transactions on Automatic Control, 50, pp.. Huang Global

Using the backstepping approach on an uncertain system of first-order hyperbolic linear PDEs controlled at one boundary, we have presented a change of coordinates that enables to

Recently, the problem of practical tracking has been solved in [8] for a class of systems not globally Lipschitz in the unmeasured state components, under the assumption the

It combines a DA estimation technique relying on the preamble known se- quence and a soft technique exploiting the soft information coming from the demapper when the

Those results have been extended to the problems of closed-loop parametric estimation for continuous-time linear systems in [20], parametric estima- tion of systems with delayed

Abstract— The problem of output control design for linear system with unknown and time-varying input delay, bounded exogenous disturbances and bounded deterministic measure- ment

The aim of this paper is to estimate in “real-time” the switching time sequence of some class of switched linear systems with the knowledge of the continuous state only..

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