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Optimum Control Strategy of Motion for Predator and Prey Based on Quantum Game Theory

CHEN Xiang-zhang, YIN Zhi-hao


The motion optimum of predator and prey can improve the arresting efficiency, and the application of quantum game theory on it is studied in depth. First, the motion control mathematical model of predator and prey is constructed. Second, the mathematical model of quantum game theory is analyzed. Then the basic frame of quantum game for motion control of predator and prey is established. Finally, the simulation of motion optimum control of predators and preys is carried out, and results show that this method can improve the arresting successful ratio effectively.


optimum control, predator and prey, quantum game theory

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