In the process of social development, there are a lot of competitions and confrontations. Participants in these competitions and confrontations always have different interests and goals. In order to achieve their goals, the participants must consider the opponent’s strategy to adjust their own strategies to achieve the interests of the optimization. This is called game. Based on the definition and its stability of the passive system, the passive control items are designed to the output of the duopoly competition evolution model, and the efficacy of the control methods is shown by the Lyapunov indexes. Then, the optimal function control method is taken to carry on the chaotic anticontrol to the chaotic system, and the Lyapunov indexes illust...
This paper analyzed the dynamics of Cournot duopoly game with a logarithmic demand function. We assu...
Abstract. In this paper we present a simple algorithm that allows the control and an-ticontrol of ch...
An evolutionary algorithm for optimizing local control of chaos is presented. Based on a Lyapunov ap...
We study the dynamics of a nonlinear discrete-time duopoly game, where the players have homogenous k...
According to a dynamical multiteam Cournot game in exploitation of a renewable resource, a new dynam...
We study a dynamic research and development two-stage input competition game model in the Bertrand d...
AbstractThis paper analyzes the dynamics of a Cournot duopoly model with different strategies. We of...
In this paper, we study the competition between two firms whose outputs are quantities. The first fi...
In this paper, a dynamic two-stage Cournot duopoly game with R&D efforts is built. Then, the local s...
The problem on the conflict control of the dynamic structure at non-terminal quality index - functio...
The coexistence of anti-synchronization and synchronization in chaotic systems is investigated. A no...
The oligopoly market is modelled by a new dynamic master-slave Cournot triopoly game model with boun...
The coexistence of anti-synchronization and synchronization in chaotic systems is investigated. A no...
AbstractThis paper centers on the chaos anti-synchronization between two identical or different chao...
The coexistence of anti-synchronization and synchronization in chaotic systems is investigated. A no...
This paper analyzed the dynamics of Cournot duopoly game with a logarithmic demand function. We assu...
Abstract. In this paper we present a simple algorithm that allows the control and an-ticontrol of ch...
An evolutionary algorithm for optimizing local control of chaos is presented. Based on a Lyapunov ap...
We study the dynamics of a nonlinear discrete-time duopoly game, where the players have homogenous k...
According to a dynamical multiteam Cournot game in exploitation of a renewable resource, a new dynam...
We study a dynamic research and development two-stage input competition game model in the Bertrand d...
AbstractThis paper analyzes the dynamics of a Cournot duopoly model with different strategies. We of...
In this paper, we study the competition between two firms whose outputs are quantities. The first fi...
In this paper, a dynamic two-stage Cournot duopoly game with R&D efforts is built. Then, the local s...
The problem on the conflict control of the dynamic structure at non-terminal quality index - functio...
The coexistence of anti-synchronization and synchronization in chaotic systems is investigated. A no...
The oligopoly market is modelled by a new dynamic master-slave Cournot triopoly game model with boun...
The coexistence of anti-synchronization and synchronization in chaotic systems is investigated. A no...
AbstractThis paper centers on the chaos anti-synchronization between two identical or different chao...
The coexistence of anti-synchronization and synchronization in chaotic systems is investigated. A no...
This paper analyzed the dynamics of Cournot duopoly game with a logarithmic demand function. We assu...
Abstract. In this paper we present a simple algorithm that allows the control and an-ticontrol of ch...
An evolutionary algorithm for optimizing local control of chaos is presented. Based on a Lyapunov ap...