Abstract—The problem of interval state observer design is addressed for time-invariant discrete-time systems. Two solutions are proposed: the first one is based on a similarity transformation synthesis, which connects a constant matrix with its nonnegative representation ensuring the observation error positivity. The second contribution shows that in discrete-time case the estima-tion error dynamics always can be represented in a cooperative form without a transformation of coordinates. The corresponding observer gain can be found as a solution of the formulated LMIs. The performances of the proposed observers are demonstrated through computer simulations. I
International audienceWe consider linear continuous-time systems with input, output and additive dis...
International audienceWe consider continuous-time systems with input, output and additive disturbanc...
International audienceWe consider continuous-time systems with input, output and additive disturbanc...
International audienceThe problem of interval state observer design is addressed for time-invariant ...
International audienceThe problem of interval state observer design is addressed for time-invariant ...
International audienceThis paper deals with interval state observer design for time-varying discrete...
This paper is devoted to design of interval observers for Linear Time Varying (LTV) systems and a cl...
International audienceThis work is devoted to interval observer design for Linear Time Varying (LTV)...
International audiencehis work proposes a new approach to synthesize interval observers for uncertai...
International audienceNew design of interval observers for continuous-time systems with discrete-tim...
International audienceBased on interval and invariant set computation, an interval version of the Lu...
International audienceWe consider linear continuous-time systems with input, output and additive dis...
International audienceBased on interval and invariant set computation, an interval version of the Lu...
International audienceWe consider linear continuous-time systems with input, output and additive dis...
This paper presents simple design methods of interval observers for discrete-time linear switched sy...
International audienceWe consider linear continuous-time systems with input, output and additive dis...
International audienceWe consider continuous-time systems with input, output and additive disturbanc...
International audienceWe consider continuous-time systems with input, output and additive disturbanc...
International audienceThe problem of interval state observer design is addressed for time-invariant ...
International audienceThe problem of interval state observer design is addressed for time-invariant ...
International audienceThis paper deals with interval state observer design for time-varying discrete...
This paper is devoted to design of interval observers for Linear Time Varying (LTV) systems and a cl...
International audienceThis work is devoted to interval observer design for Linear Time Varying (LTV)...
International audiencehis work proposes a new approach to synthesize interval observers for uncertai...
International audienceNew design of interval observers for continuous-time systems with discrete-tim...
International audienceBased on interval and invariant set computation, an interval version of the Lu...
International audienceWe consider linear continuous-time systems with input, output and additive dis...
International audienceBased on interval and invariant set computation, an interval version of the Lu...
International audienceWe consider linear continuous-time systems with input, output and additive dis...
This paper presents simple design methods of interval observers for discrete-time linear switched sy...
International audienceWe consider linear continuous-time systems with input, output and additive dis...
International audienceWe consider continuous-time systems with input, output and additive disturbanc...
International audienceWe consider continuous-time systems with input, output and additive disturbanc...