教育生态理论背景下基于拓扑数论的高等教育承载能力分析

IF 3.1 Q1 Mathematics Applied Mathematics and Nonlinear Sciences Pub Date : 2024-01-01 DOI:10.2478/amns-2024-0062
Huifang Dong, Dapeng Deng, Yusheng Liang
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引用次数: 0

摘要

本文主要利用拓扑数论和教育承载力发展指数分析高校的教育承载力。通过确定拓扑空间的相关定义和一些拓扑不变式,可以确定高校教育承载力的规模范围。利用拓扑空间的相关定义划分不同区域的高校教育承载区间,结合人的发展指数和不平衡系数处理,构建高校教育承载力均衡充分发展指数公式,用于分析高校的教育承载力。基于高校教育承载力承载结构,分析高校教育承载力的不同状态。借助人力和财力资源,通过考察高校的教育资源配置,考察高校的教育承载力。结果显示,城市功能拓展区师生比为 0.052,是各区中师生比最小的区,说明该区虽然教师资源丰富,但A区和D区高校教育承载力均衡充分发展指数较高,在发展过程中长期保持前两位,2021年A区教育均衡充分发展指数将达到60,处于教育承载力较高值发展区。
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Analysis of carrying capacity of higher education based on topological number theory in the context of ecological theory of education
This paper focuses on analyzing the educational carrying capacity of colleges and universities by using topological number theory and the educational carrying capacity development index. The scale range of the educational carrying capacity of colleges and universities can be determined by identifying relevant definitions of topological space and some topological invariants. Using the relevant definitions of topological space to divide the college education-bearing intervals of different regions and combining the human development index and imbalance coefficient processing, we construct the formula of the balanced and sufficient development index of college education-bearing capacity, which is used to analyze the education bearing capacity of colleges and universities. Analyze different states of college education carrying capacity based on the college education carrying capacity bearing structure. Examine the educational carrying capacity of colleges and universities by examining their educational resource allocation with the help of human and financial resources. The results show that the teacher-student ratio of the urban function expansion area is 0.052, which is the smallest teacher-student ratio among all the districts, indicating that although the district is rich in teachers’ resources, the balanced and sufficient development index of the educational carrying capacity of colleges and universities in District A and District D is high, and the top two rankings have been maintained for a long period in the process of development, and the index of the balanced and sufficient development of education in District A will be 60 in 2021, which is in the area of the development of higher value of the educational carrying capacity.
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来源期刊
Applied Mathematics and Nonlinear Sciences
Applied Mathematics and Nonlinear Sciences Engineering-Engineering (miscellaneous)
CiteScore
2.90
自引率
25.80%
发文量
203
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