PROBLEMS OF REGULATING ECO-POSITIVE CHANGES IN SMART CITY FORMATION PROCESSES

Abstract

Architects, scientists of the Kharkiv National University of Urban Economy. O.M. Beketov conducts research focused on writing the terms of reference for the "Software package for modeling the city as a dynamic system". This development is devoted to the problem of improving SMART-oriented software and analytical tools based on working with large data arrays (BIG DATA) in architectural and urban planning management. The purpose of this toolkit is prognostics and monitoring of the architectural component of the city as a dynamic system. The relevance of its implementation lies in the optimization of the principles of functioning of the architectural component of the city with the calculation of its impact on the processes of functioning of other urban subsystems.
 As a development and improvement of this direction, a method for determining the optimal speed and acceleration of positive transformations of the architectural component of cities, based on the indicator "Ecological footprint of architecture", which is currently being developed, is proposed. It is a method of developing step-by-step strategies for the development of the architectural component of cities. The main problem is to determine the optimal pace of social, environmental and economic changes in the processes of achieving a sustainable state of the city. Too rapid changes will inevitably lead to an aggravation of the socio-economic crisis. Slow change has a negative impact on the sustainability and ecology of the region. For this reason, in this article, the authors have developed a concept for the formation of an indicator that determines the vector, speed and acceleration of modernization of the architectural component of the city. As a factor limiting the rate of change to a socially acceptable level, the indicator of "Sustainable accessibility of vital goods for the population" was chosen.