We consider an evasion differential game of many pursuers and one evader with integral constraints in the space R3. The game is described by simple equations. Control functions of the players are subjected to coordinate-wise integral constraints. Evasion is said to be possible if the state of the evader does not coincide with that of any pursuer. Strategy of the evader is constructed based on controls of the pursuers with lag. A sufficient condition of evasion from many pursuers is obtained and an illustrative example is provided
Control and differential game problems, with dynamics described by parabolic and hyperbolic partial ...
We consider pursuit and evasion differential game problems described by an infinite system of differ...
We study a pursuit-evasion differential game of many players with geometric constraints being impose...
An evasion differential game of two pursuers and one evader in R2 is studied. Unlike the traditional...
The term “Differential games” is applied to a group of problems in applied mathematics that share ce...
We study a simple motion evasion differential game of many pursuers and evaders. Control functions o...
A simple motion evasion differential game of two evaders and one pursuer was studied. Control functi...
The approach of a group of controlled objects, the pursuers, to another one, the evaders, is conside...
From mathematical point of view, game involves a number of players, a set of strategies for each pla...
We consider a simple motion evasion differential game of infinitely many evaders and infinitely many...
A game contains three important elements, which is players, set of strategies, and payoff that quant...
In this paper, we study a differential game of many pursuers and one evader in R2.The motions of all...
We study an evasion differential game of one evader against one pursuer in the plane R2 with coordin...
We study a simple motion evasion differential game of many pursuers x 1 , . . . , x m and one evader...
A linear two player zero-sum pursuit-evasion differential game is considered. The control functions ...
Control and differential game problems, with dynamics described by parabolic and hyperbolic partial ...
We consider pursuit and evasion differential game problems described by an infinite system of differ...
We study a pursuit-evasion differential game of many players with geometric constraints being impose...
An evasion differential game of two pursuers and one evader in R2 is studied. Unlike the traditional...
The term “Differential games” is applied to a group of problems in applied mathematics that share ce...
We study a simple motion evasion differential game of many pursuers and evaders. Control functions o...
A simple motion evasion differential game of two evaders and one pursuer was studied. Control functi...
The approach of a group of controlled objects, the pursuers, to another one, the evaders, is conside...
From mathematical point of view, game involves a number of players, a set of strategies for each pla...
We consider a simple motion evasion differential game of infinitely many evaders and infinitely many...
A game contains three important elements, which is players, set of strategies, and payoff that quant...
In this paper, we study a differential game of many pursuers and one evader in R2.The motions of all...
We study an evasion differential game of one evader against one pursuer in the plane R2 with coordin...
We study a simple motion evasion differential game of many pursuers x 1 , . . . , x m and one evader...
A linear two player zero-sum pursuit-evasion differential game is considered. The control functions ...
Control and differential game problems, with dynamics described by parabolic and hyperbolic partial ...
We consider pursuit and evasion differential game problems described by an infinite system of differ...
We study a pursuit-evasion differential game of many players with geometric constraints being impose...