For the double integrator with a discontinuous coefficient at the control, we obtain an attraction set—an asymptotic variant of reachable sets corresponding to constraints of asymptotic character—and study the latter’s properties. These constraints correspond to a control mode in the class of short-time pulses. An additional requirement is to fully consume the available energy resources. To calculate the attraction set numerically, an algorithm was developed and implemented. The results of computational experiments are presented
We study shapes of reachable sets of singularly per-turbed linear control systems. The fast componen...
Given a finite set of symbols and a list of rules specifying which of them can appear next to each o...
We propose novel aperiodic control schemes for additively perturbed discrete-time linear systems bas...
We study a variant of the reachability problem with constraints of asymptotic character on the choic...
Problems of constructing and analyzing the properties of attainability domains play an important rol...
Problems of constructing and analyzing the properties of attainability domains play an important rol...
The given investigation is oriented to study of generalized elements (GE) for solving problems of at...
The aim is to construct correct widenings of the extreme problems and to investigate the properties ...
The reachable sets of nonlinear systems are usually quite complicated. They, as a rule, are non-conv...
Quasi-linear systems governed by p-integrable controls, for 1 < p < ∞ with constraint ‖u(...
The reachable sets of nonlinear systems are usually quite complicated. They, as a rule, are non-conv...
AbstractLet KT be the set of states reachable at time T (with unconstrained controls) for an autonom...
We address the long-standing problem of computing the region of attraction (ROA) of a target set (ty...
A control system can be treated as a mapping that maps a control to a trajectory (output) of the sy...
AbstractIn this paper we examine the dependence of the solutions and optimal solutions of a class of...
We study shapes of reachable sets of singularly per-turbed linear control systems. The fast componen...
Given a finite set of symbols and a list of rules specifying which of them can appear next to each o...
We propose novel aperiodic control schemes for additively perturbed discrete-time linear systems bas...
We study a variant of the reachability problem with constraints of asymptotic character on the choic...
Problems of constructing and analyzing the properties of attainability domains play an important rol...
Problems of constructing and analyzing the properties of attainability domains play an important rol...
The given investigation is oriented to study of generalized elements (GE) for solving problems of at...
The aim is to construct correct widenings of the extreme problems and to investigate the properties ...
The reachable sets of nonlinear systems are usually quite complicated. They, as a rule, are non-conv...
Quasi-linear systems governed by p-integrable controls, for 1 < p < ∞ with constraint ‖u(...
The reachable sets of nonlinear systems are usually quite complicated. They, as a rule, are non-conv...
AbstractLet KT be the set of states reachable at time T (with unconstrained controls) for an autonom...
We address the long-standing problem of computing the region of attraction (ROA) of a target set (ty...
A control system can be treated as a mapping that maps a control to a trajectory (output) of the sy...
AbstractIn this paper we examine the dependence of the solutions and optimal solutions of a class of...
We study shapes of reachable sets of singularly per-turbed linear control systems. The fast componen...
Given a finite set of symbols and a list of rules specifying which of them can appear next to each o...
We propose novel aperiodic control schemes for additively perturbed discrete-time linear systems bas...