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Research on the Rock-paper-scissors Game and Cooperation

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DOI: 10.23977/jaip.2020.040106 | Downloads: 3 | Views: 256


Yifan Sun 1, Yingxin Gai 1, Xue Wang 1, Lu Liu 1


1 School of Science, Shenyang Aerospace University, Shenyang, Liaoning, 110136

Corresponding Author

Yifan Sun


The paper requires that an extended model of May-Leonard with more than four participants be established based on the knowledge of the May-Leonard model, and there are some differences between the two models. For the May-Leonard model, a three-participant model with only three participants is established on the basis of Logistic-Volterra, and MATLAB software is used to solve the model for the change of the number of three participants over time. For the four-participant model with four participants, based on the established three-participant model, introduce the fourth participant to establish a four-participant model, and use MATLAB software to run Gaussian Fitting on the model to obtain four number of participants The relationship between changes over time, and thus the changes in the number of four participants over time can be derived.


MATLAB, critical method, Gaussian Fitting, Logistic-Volterra


Yifan Sun, Yingxin Gai, Xue Wang, Lu Liu. Research on the Rock-paper-scissors Game and Cooperation. Journal of Artificial Intelligence Practice (2021) Vol. 4: 54-58. DOI:


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