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Study on Dynamic Game Method with Incomplete Information in UAV Attack-Defends Campaign

Shen Lin-cheng

Open publisher page 3 citations

Abstract

Based on dynamic game with incomplete information theory,and took UAV attack-defends campaign as background,the dynamic game with incomplete information model of UAV attack-defends campaign was established.According to the problem of game tree solution,the immune evolutionary algorithm was designed,the Bayesian Nash equilibrium was carried out,and the best strategy sequence was achieved.The simulating result shows that it can be applied in the model of the UAV attack-defends campaign appropriately and has a nice value in application.

About this research paper

What this paper is about

Based on dynamic game with incomplete information theory,and took UAV attack-defends campaign as background,the dynamic game with incomplete information model of UAV attack-defends campaign was established.According to the problem of game tree solution,the immune evolutionary algorithm was designed,the Bayesian Nash equilibrium was carried out,and the best strategy sequence was achieved.The simulating result shows that it can be applied in the model of the UAV attack-defends campaign appropriately and has a nice value in application.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Based on dynamic game with incomplete information theory,and took UAV attack-defends campaign as background,the dynamic game with incomplete information model of UAV attack-defends campaign was established.According to the problem of game tree solution,the immune evolutionary algorithm was designed,the Bayesian Nash equilibrium was carried out,and the best strategy sequence was achieved.The simulating result shows that it can be applied in the model of the UAV attack-defends campaign appropriately and has a nice value in application.

Key concepts: Bayesian game, Complete information, Sequential game, Nash equilibrium, Computer science, Game tree, Tree (set theory), Game theory

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