Research on the Impact of Asteroid Mining on Global Equity Based on Entropy Weight Method and Polynomial Regression
DOI:
https://doi.org/10.54691/bcpbm.v20i.904Keywords:
Global equity index model, entropy weight method, polynomial regression.Abstract
It has been 60 years since humankind first entered outer space. Looking back, aerospace workers have made countless sweat and efforts on the way to visit the universe. In the future, if asteroid mining becomes a reality, the resources and wealth contained in it will be enormous. Only by rational distribution and efficient utilization of resources can we fairly benefit the people of the world. In this paper, we define "global equity" as the negative effect of the degree of discretization of the comprehensive strength index of all countries in the world. The global equity index model is established. The model selects the indicators such as economy, politics, education, military strength, and scientific research investment, obtains the weight by using the entropy weight method, calculates the comprehensive strength index of each country, calculates the standard deviation of the comprehensive strength of each country after interval processing, and then negative processing to obtain the global equity index. Then, we verify the model by region. Finally, a prediction model is established for the scale development of the asteroid mining industry, and it analyzes and calculates the profitability of three types of countries after the exploitation of outer space resources. It is included in the calculation of the national strength index to calculate the global equity index in the base year (2020) and 2034-2039. The least-squares cubic polynomial regression fitting is used to show the future trend of the global equity index intuitively. It is concluded that the development of the space mining industry will deteriorate global equity.
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Zhang Kefei, Li Huaizhan, Wang Yunjia, Deng Kazhong, Li Changgui, Wang Qianxin, Liu Xinhua, Xie Yaoshe, Duan Yabo, Yang Yang. Current Situation, Opportunities and Challenges of Space Mining Development [J]. Journal of China University of Mining and Technology, 2020, 49(06) :1025-1034.
Liu Guowei. Let's go to asteroid mining, my country is expected to "go for gold" in space within 10 years? [J]. Environment and Life, 2019(Z1): 50-55.
Xu Hui. The American "Deep Space Industry" mining company will launch an asteroid prospecting plan in 2020 [J]. Resources, Environment and Engineering, 2016, 30(06): 1033.
Qiu Chengbo, Sun Yukun, Wang Yamin, Jiang Jun, Chen Xin. Development Status of Near-Earth Asteroid Mining and Defense Program [J]. Journal of Deep Space Exploration, 2019,6(01):63-72.
Wang Guoyu. Opening the Prelude to the Outer Space Mining Competition? - Legal and Policy Analysis of the American Planetary Mining Legislation [J]. International Space, 2016(05):12-21.
Zhang Xiaohua. New space mining technology will bring major changes to interstellar navigation [J]. Infrared, 2015, 36(11): 46.
Wang Quanhai. Leading the reform of the global governance system with the concept of fairness and justice [J]. Reference for Middle School Politics Teaching, 2020(37):86-87.
Ma Hui. Research on the Community of Human Destiny from the Perspective of Global Distributive Justice [D]. Nanjing University of Information Technology, 2020.
Zhao Kexin. Measurement and Evaluation of Economic Development Quality Based on Entropy Weight Method [D]. Sichuan University, 2021.
Niu Xiaoyang, Zou Jiahui. Optimal Subsampling Algorithm for Nonparametric Local Polynomial Regression Estimation [J]. Systems Science and Mathematics, 2022, 42(01): 72-84.






