The problem of strategically supported cooperation in linear-quadratic differential games is considered. It is assumed, that the cooperative agreement is reached and each player gets his payoff according to the payoff distribution procedure [5]. Following [3], to punish those who violate this agreement, the special game, which differs from initial only by payoffs of players on cooperative trajectory is constructed. It is shown that in the new game there exists an ε-equilibrium with payoffs of players equal to corresponding payoffs of players in cooperative solution of initial game.This research was supported by the research grant 9.38.245.2014 at St. Petersburg State University
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In this note we present as well necessary as sufficient conditions for existence of a Pareto optimum...
International audienceAs in optimal control theory, linear quadratic (LQ) differential games (DG) ca...
In this paper we review some basic results on linear quadratic differential games.We consider both t...
Three different solution concepts are reviewed and computed for linear-state and homogeneous linear-...
In this paper, we review some basic results on linear quadratic differential games. We consider both...
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The Special Issue “Game Theory” of the journal Mathematics provides a collection of papers that repr...
In the paper the class of linear quadratic cooperative differential games with continuous updating i...
Strategic behavior in the human and social world has been increasingly recognized in theory and prac...
It is well known that finding Nash equilibrium solutions of nonzero-sum differential games is a chal...
This letter addresses the inverse problem of differential games, where the aim is to compute cost fu...
none2siThis paper analyses the principles of stable cooperation for stochastic games. Starting from ...
In this paper we focus on non-cooperative two-player linear-state differential games. In the standar...
In this note we present as well necessary as sufficient conditions for existence of a Pareto optimum...
International audienceAs in optimal control theory, linear quadratic (LQ) differential games (DG) ca...
In this paper we review some basic results on linear quadratic differential games.We consider both t...
Three different solution concepts are reviewed and computed for linear-state and homogeneous linear-...
In this paper, we review some basic results on linear quadratic differential games. We consider both...
This paper revises some of the research lines proposed in the literature of dynamic games to study h...
In this note we consider the cooperative linear quadratic control problem. That is, the problem wher...
This letter addresses the inverse problem of differential games, where the aim is to compute cost fu...
The Special Issue “Game Theory” of the journal Mathematics provides a collection of papers that repr...
In the paper the class of linear quadratic cooperative differential games with continuous updating i...
Strategic behavior in the human and social world has been increasingly recognized in theory and prac...
It is well known that finding Nash equilibrium solutions of nonzero-sum differential games is a chal...
This letter addresses the inverse problem of differential games, where the aim is to compute cost fu...
none2siThis paper analyses the principles of stable cooperation for stochastic games. Starting from ...
In this paper we focus on non-cooperative two-player linear-state differential games. In the standar...
In this note we present as well necessary as sufficient conditions for existence of a Pareto optimum...
International audienceAs in optimal control theory, linear quadratic (LQ) differential games (DG) ca...