A formal framework is set up for the discussion of generalized autoregressive with external input models of the form Ay__Bu, where A and B are linear operators, with the main emphasis being on signal spaces consisting of bounded sequences parametrized by the integers. Different notions of stability are explored, and topological notions such as the idea of a closed system are linked with questions of stabilizability in this very general context. Various problems inherent in using Z as the time axis are analyzed in this operatorial framework
The authors revisit the problem of semi-global stabilization of linear discrete-time systems subject...
The authors revisit the problem of semi-global stabilization of linear discrete-time systems subject...
Bibliography: p. [B8].NASA/Ames Grant NGL-22-009-124 and NASA Langley Grant NSG-1312.by Michael G. S...
AbstractA generalized module theoretic framework for the study of linear time invariant systems is d...
In this paper, we show that a linear discrete-time system subject to input saturation is semigloball...
AbstractIn this work the question of bounded input-output stability of systems is investigated. The ...
We consider the development of a general nonlinear input-output theory which encompasses systems wit...
Three topics in input-output systems theory are discussed in this thesis. These are: Feedback System...
We revisit the problem of semi-global stabilization of linear discrete-time systems subject to input...
We study the optimal input-output stabilization of discrete time-invariant linear systems in Hilbert...
We consider a general class of infinite-dimensional linear systems, called regular linear systems, f...
We revisit the problem of semiglobal stabilization of linear discrete-time systems subject to input ...
This paper analyzes the robust feedback stability of a single-input-single-output stable linear time...
AbstractThis paper studies autonomous, single-input, single-output linear control systems on finite ...
In this thesis we study the notion of input-to-state stability for linear systems on Banach spaces w...
The authors revisit the problem of semi-global stabilization of linear discrete-time systems subject...
The authors revisit the problem of semi-global stabilization of linear discrete-time systems subject...
Bibliography: p. [B8].NASA/Ames Grant NGL-22-009-124 and NASA Langley Grant NSG-1312.by Michael G. S...
AbstractA generalized module theoretic framework for the study of linear time invariant systems is d...
In this paper, we show that a linear discrete-time system subject to input saturation is semigloball...
AbstractIn this work the question of bounded input-output stability of systems is investigated. The ...
We consider the development of a general nonlinear input-output theory which encompasses systems wit...
Three topics in input-output systems theory are discussed in this thesis. These are: Feedback System...
We revisit the problem of semi-global stabilization of linear discrete-time systems subject to input...
We study the optimal input-output stabilization of discrete time-invariant linear systems in Hilbert...
We consider a general class of infinite-dimensional linear systems, called regular linear systems, f...
We revisit the problem of semiglobal stabilization of linear discrete-time systems subject to input ...
This paper analyzes the robust feedback stability of a single-input-single-output stable linear time...
AbstractThis paper studies autonomous, single-input, single-output linear control systems on finite ...
In this thesis we study the notion of input-to-state stability for linear systems on Banach spaces w...
The authors revisit the problem of semi-global stabilization of linear discrete-time systems subject...
The authors revisit the problem of semi-global stabilization of linear discrete-time systems subject...
Bibliography: p. [B8].NASA/Ames Grant NGL-22-009-124 and NASA Langley Grant NSG-1312.by Michael G. S...