In this short note, the problem of locally reconstructing the state of a nonlinear system is studied. To avoid computational difficulties arising in the numerical differentiation of the output, the so-called delay coordinates are considered. The assumptions of analyticity and (local) observability of the system are shown to imply that a family of mappings, induced by the delay coordinates and parameterized by a time delay parameter, gives a local diffeomorphism for generic values of such delay parameter on a certain set. A worked-out example illustrates the result
This paper investigates key aspects of realization and partial realization theories for linear time-...
This brief focuses on the structural properties of nonlinear time-delay systems. It provides a link ...
This paper investigates key aspects of realization and partial realization theories for linear time-...
In this short note, the problem of locally reconstructing the state of a nonlinear system is studied...
The observability of nonlinear delay systems has previously been defined in an algebraic setting by ...
AbstractThe use of time-delay coordinates to reconstruct mappings is well known and provides an impo...
Features of the Jacobian matrix of the delay coordinates map are exploited for quantifying the robus...
Concepts of nonlinear normal mode (NNM) and localization are generalized and studied in simple bench...
The normal form is discussed for nonlinear systems affected by constant commensurate delays. Two dif...
AbstractThis research resolves some controllability questions of general nonlinear delay systems in ...
In this chapter, we introduce the main tools that will be used in the book to deal with nonlinear ti...
International audienceThe normal form is discussed for nonlinear systems affected by constant commen...
Abstract—We introduce and solve stabilization problems for linear and nonlinear systems with state-d...
We consider the question of when delay systems, which are intrinsically infinite dimensional, can be...
The reduction model approach is useful for stabilizing linear systems with arbitrarily long input de...
This paper investigates key aspects of realization and partial realization theories for linear time-...
This brief focuses on the structural properties of nonlinear time-delay systems. It provides a link ...
This paper investigates key aspects of realization and partial realization theories for linear time-...
In this short note, the problem of locally reconstructing the state of a nonlinear system is studied...
The observability of nonlinear delay systems has previously been defined in an algebraic setting by ...
AbstractThe use of time-delay coordinates to reconstruct mappings is well known and provides an impo...
Features of the Jacobian matrix of the delay coordinates map are exploited for quantifying the robus...
Concepts of nonlinear normal mode (NNM) and localization are generalized and studied in simple bench...
The normal form is discussed for nonlinear systems affected by constant commensurate delays. Two dif...
AbstractThis research resolves some controllability questions of general nonlinear delay systems in ...
In this chapter, we introduce the main tools that will be used in the book to deal with nonlinear ti...
International audienceThe normal form is discussed for nonlinear systems affected by constant commen...
Abstract—We introduce and solve stabilization problems for linear and nonlinear systems with state-d...
We consider the question of when delay systems, which are intrinsically infinite dimensional, can be...
The reduction model approach is useful for stabilizing linear systems with arbitrarily long input de...
This paper investigates key aspects of realization and partial realization theories for linear time-...
This brief focuses on the structural properties of nonlinear time-delay systems. It provides a link ...
This paper investigates key aspects of realization and partial realization theories for linear time-...