For some classes of systems described by ordinary differential equations, a survey of algorithms for the dynamic reconstruction of inputs is presented. The algorithms described in the paper are stable with respect to information noises and computation errors; they are based on methods from the theory of ill-posed problems as well as on appropriate modifications of N.N. Krasovskii's principle of extremal aiming, which is known in the theory of guaranteed control
We investigate the use of Hamilton-Jacobi approaches for the purpose of state reconstruction of dyna...
Consideration was given to the problem of controlling a system of ordinary differential equations u...
Abstract: The paper considers the problem of estimating the unknown input of a nonlinear dynamical s...
Abstract—We consider the problem of dynamic reconstruction of the input in a system de-scribed by a ...
From the viewpoint of the approach of the theory of dynamic inversion, an input reconstruction probl...
Part 4: Stabilization, Feedback, and Model Predictive ControlInternational audienceWe discuss a prob...
The input reconstruction problem for a stochastic differential equation is investigated by means of ...
Problems of dynamical reconstruction of unknown characteristics for nonlinear equations described th...
The article considers dynamic identification of unknown characteristics in a third-order system. A r...
The problem of reconstruction of unknown characteristics of a nonlinear system is considered. Soluti...
The problem of reconstructing distributed inputs in linear parabolic equations is investigated. The ...
A time domain input estimation algorithm for linear systems with general time-varying parameters is ...
In the paper, the problem of source function reconstruction in a differential equation of the parabo...
The article deals with the formation of stable algorithms for the system synthesis for the stabilizi...
Abstract. The problem of reconstruction of unknown characteristics of a nonlinear sys-tem is conside...
We investigate the use of Hamilton-Jacobi approaches for the purpose of state reconstruction of dyna...
Consideration was given to the problem of controlling a system of ordinary differential equations u...
Abstract: The paper considers the problem of estimating the unknown input of a nonlinear dynamical s...
Abstract—We consider the problem of dynamic reconstruction of the input in a system de-scribed by a ...
From the viewpoint of the approach of the theory of dynamic inversion, an input reconstruction probl...
Part 4: Stabilization, Feedback, and Model Predictive ControlInternational audienceWe discuss a prob...
The input reconstruction problem for a stochastic differential equation is investigated by means of ...
Problems of dynamical reconstruction of unknown characteristics for nonlinear equations described th...
The article considers dynamic identification of unknown characteristics in a third-order system. A r...
The problem of reconstruction of unknown characteristics of a nonlinear system is considered. Soluti...
The problem of reconstructing distributed inputs in linear parabolic equations is investigated. The ...
A time domain input estimation algorithm for linear systems with general time-varying parameters is ...
In the paper, the problem of source function reconstruction in a differential equation of the parabo...
The article deals with the formation of stable algorithms for the system synthesis for the stabilizi...
Abstract. The problem of reconstruction of unknown characteristics of a nonlinear sys-tem is conside...
We investigate the use of Hamilton-Jacobi approaches for the purpose of state reconstruction of dyna...
Consideration was given to the problem of controlling a system of ordinary differential equations u...
Abstract: The paper considers the problem of estimating the unknown input of a nonlinear dynamical s...