Search
2023 Volume 10
Article Contents
ARTICLE   Open Access    

Power Transmission Network Optimization Strategy Based on Random Fractal Beetle Antenna Algorithm

More Information
  • In order to optimize the performance of the transmission network (TN), this paper introduces the random fractal search algorithm based on the beetle antenna search algorithm, thus proposing the random fractal beetle antenna algorithm (SFBA). The main work of this research is as follows: (1) in the beetle antenna search algorithm, this study used a population of beetles and introduced elite members of the population in order to make the algorithm more stable and to some extent improve the accuracy of its answers. (2) Utilizing the elite reverse learning method and the leader's multilearning strategy for elites helps to strike a balance between the global exploration and local development of the algorithm. This strategy also further improves the ability of the algorithm to find the optimal solution. (3) Experiments on real experimental data show that the SFBA algorithm proposed in this paper is effective in improving TN performance. In summary, the research content of this paper provides a good reference value for the performance optimization of TN in actual production.
  • Cite this article

    Liu J, Chao Z, He X, Bao B, Lai X. 2023. Power Transmission Network Optimization Strategy Based on Random Fractal Beetle Antenna Algorithm. Wireless Power Transfer 10: 525561 doi: 10.1155/2023/5255617
    Liu J, Chao Z, He X, Bao B, Lai X. 2023. Power Transmission Network Optimization Strategy Based on Random Fractal Beetle Antenna Algorithm. Wireless Power Transfer 10: 525561 doi: 10.1155/2023/5255617

Article Metrics

Article views(838) PDF downloads(801)

Other Articles By Authors

ARTICLE   Open Access    

Power Transmission Network Optimization Strategy Based on Random Fractal Beetle Antenna Algorithm

Wireless Power Transfer  10 Article number: 10.1155/2023/5255617  (2023)  |  Cite this article

Abstract: In order to optimize the performance of the transmission network (TN), this paper introduces the random fractal search algorithm based on the beetle antenna search algorithm, thus proposing the random fractal beetle antenna algorithm (SFBA). The main work of this research is as follows: (1) in the beetle antenna search algorithm, this study used a population of beetles and introduced elite members of the population in order to make the algorithm more stable and to some extent improve the accuracy of its answers. (2) Utilizing the elite reverse learning method and the leader's multilearning strategy for elites helps to strike a balance between the global exploration and local development of the algorithm. This strategy also further improves the ability of the algorithm to find the optimal solution. (3) Experiments on real experimental data show that the SFBA algorithm proposed in this paper is effective in improving TN performance. In summary, the research content of this paper provides a good reference value for the performance optimization of TN in actual production.

  • About this article
    Cite this article
    Liu J, Chao Z, He X, Bao B, Lai X. 2023. Power Transmission Network Optimization Strategy Based on Random Fractal Beetle Antenna Algorithm. Wireless Power Transfer 10: 525561 doi: 10.1155/2023/5255617
    Liu J, Chao Z, He X, Bao B, Lai X. 2023. Power Transmission Network Optimization Strategy Based on Random Fractal Beetle Antenna Algorithm. Wireless Power Transfer 10: 525561 doi: 10.1155/2023/5255617

Catalog

    /

    DownLoad:  Full-Size Img  PowerPoint
    Return
    Return