The Frontiers of Society, Science and Technology, 2023, 5(4); doi: 10.25236/FSST.2023.050414.
Penghui Zhang
School of Management Engineering and Business, Hebei University of Engineering, Handan, China
In order to explore the internal relationship of the population - economy - science and technology - environment complex system, by constructing the evaluation index system of the population - economy - science and technology - environment complex system of the Central Plains urban agglomeration, using the combination weighting method of game theory to weight the indicators, and establishing an improved coupling coordination model, the development level of the population - economy - science and technology - environment of Zhongyuan urban agglomeration in 2010-2019 was analyzed, At the same time, the PSO optimized fractional grey prediction model is used to predict the period from 2020 to 2024.
Population - economy - science and technology - environment system; Combination weight of game theory; Improve the coupling coordination model; Fractional order FGM (1,1) model
Penghui Zhang. Study on the coupling and coordinated development of population, economy, technology and environment —Take Zhongyuan urban agglomeration as an example. The Frontiers of Society, Science and Technology (2023) Vol. 5, Issue 4: 78-88. https://doi.org/10.25236/FSST.2023.050414.
[1] Wang Yiming. (1989) Systematic dynamic analysis of the coordinated development of economy, population, resources and environment in the mountainous areas of southern Ningxia. Resources and Environment in Arid Areas,1, 12-22
[2] Li Yan, Zeng Zhenxiang, Wu Youxi, Li Yanshuang. (2003) Research and application of evaluation method for coordinated development of economy-environment system. System Engineering Theory and Practice, 05 54-58
[3] Wang Hongwei, Liu Qin, Chai Chunmei, Zhao Zhe. (2015), Study on the coupling and coordinated development of population, economy and environment in the Kuqa River oasis of the Weigan River in Xinjiang. Ecological Economy, 31, 3 78-83
[4] Yang Zheng et al. (2022), Coupling coordination analysis and spatiotemporal heterogeneity between sustainable development and ecosystem services in Shanxi Province, China. The Science of the total environment, 155,625-155625.
[5] Wang Zhiheng et al.(2022) Coupling Coordination of “Urban Rail Transit—Social Economy” Composite System. Infrastructures, 7(4): 56-56.
[6] Song Jie.(2021), Evaluation of the coupling coordination degree of the population, economy and environment system in the Yellow River basin. Statistics and Decision, 37 (04): 185-188
[7] Qin Sigang, Duan Hanming, Li Zhengjun. (2016) Study on the coordinated development of population, economy and environment in resource-based cities -- taking Karamay as an example. Ecological Economy, 32 (06): 93-97
[8] Ren Yinlong, Bao Xueying.(2012),Comprehensive assessment of environmental impact of railway green construction based on game theory-cloud model. Highway Engineering,,04 (21): 1-14
[9] Ren Lichao, Li Zhenfeng.(2017) Bridge risk assessment model based on game theory and fuzzy mathematics. Highway Engineering,,42 (01): 163-169
[10] Deng Xue, Li Jiaming, Zeng Haojian, Chen Junyang, Zhao Junfeng. (2012)Analysis and application of the analytic hierarchy process weight calculation method. Practice and understanding of mathematics, 42 (07): 93-100
[11] Gao Ming, Wu Xueping.(2017) Analysis of factors affecting air quality in Beijing based on entropy weight grey correlation method. Ecological Economy,33 (03): 142-147
[12] Jiang Weijun,(2017), Analysis of the coupling coordination degree of population, regional economy and environmental development. Statistics and Decision, (15): 101-104
[13] Wang Jiaming, Ding Hao, Zheng Hao.(2018) Research on coordinated development of urbanization in Shandong Province based on improved coupling coordination model. Science and Technology Progress and Countermeasures,35 (24): 29-35
[14] Deng Julong.(2002) Basic Grey Theory [M]. Wuhan: Huazhong University of Science and Technology Press.
[15] Zhao Guanhua, Tong Yanzeng, Chen Haijun, Wu Lifeng.(2021) Prediction of added value of high-tech industries in Hebei Province based on FGM (1,1) model. Practice and understanding of mathematics, 51 (06): 313-317
[16] Wu Lifeng, Gao Xiaohui, Fu Bin, Long Qinghan, Wen Chaoxia.(2017) Overview of the study of grey GM (1,1) model. Practice and understanding of mathematics, 47 (15): 227-233
[17] Wu Lifeng, Liu Sifeng, Liu Jian.(2012) Grey GM (1,1) fractional cumulative model and its stability Control and Decision,,29 (05): 919-924
[18] Tong Yanzeng, Chen Yan, Chen Haijun, Zhao Guanhua, Wu Lifeng.(2020) Prediction of domestic waste treatment capacity in Tianjin based on FGM (1,1) model. Mathematical Practice and Understanding, 50 (08): 67-72