Self-Organization and Self-Development of Urbogeosystems

Кочуров, Б. И.; Ивашкина, И. В.; Ermakova, Yu. I.

doi:10.1134/s1875372821030094

Cited by 1 publication

(1 citation statement)

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“…Since both the size of the urban population and the built-up area continue to grow over time, it is imperative to control the number of green spaces available to residents and the evenness of their distribution within the city limits [5,6]. The peculiarities of the urban geosystems development are that their behavior is subordinate to achieving certain goals [7]. Comprehensive assessment systems are developed, and sociological surveys of the population are conducted to analyze the current urban development situation [8,9].…”

Section: Introductionmentioning

confidence: 99%

Parametric model for the analysis of urban planning activities

Diyachkova,

Mikhailov,

Yakunina

2023

E3S Web Conf.

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Various mathematical approaches can be used to analyze the performance of decision-makers. Our parametric model is based on comparing the distribution functions of the public green spaces areas (PGSA) of urban significance with a lognormal distribution. The data from the St. Petersburg Law No. 430-85 of October 08, 2007, were taken as the initial data. “On public green spaces.” The values of the logarithms of the urban PGSA were taken to construct the empirical and theoretical distribution functions. The maximum moduli of difference are calculated to compare empirical functions with each other, theoretical functions with each other, and theoretical and empirical functions. A comparison of areas using our model showed some correlations between trends in the formation of PGSA of urban significance and morphotypes of housing development.

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