Ecological urban conurbation design based on perceptual machine model

Abstract

Abstract Since cities are areas with more serious ecological damage, it is of practical significance to construct ecological city development strategies. This paper first focuses on two levels: general pattern and spatial elements, and focuses on the methods and strategies of eco-city design under the bird-friendly orientation of spatial elements. Second, the degree of correlation between the two systems is determined using the theory of perceptual machine model, and the degree of impact is prioritized in order to identify the key influencing variables of the mutual coupling and coordination between urbanization and the ecological environment. Last but not least, the complete evaluation functions of urbanization and ecological environment were produced by integrating the standardized values of all evaluation indexes. The weights of each indicator were determined using the entropy weight technique. The findings indicate that city H’s overall level of urbanization growth and ecological environment development both exhibit upward trends year over year. The range of coupling coordination degree is between 0.3025 to 0.8975, and the type of coupling coordination changes from moderate dysfunctional decline to high-quality, coordinated development. The eco-city design plan remedies suggested in this study change the industrial structure adjustment process, boost macro-government supervision, and raise public awareness of environmental protection.