Abstract
An algorithm for assessment of level in engineering and infrastructure support of urban area has been developed while using geographic information systems (GIS) in the framework of stakeholder-integrated approach. In order to achieve the target goal the following tasks have been solved: description of stakeholder-integrated approach to assessment of level in engineering and infrastructure support of cities; systematization of the existing approaches to assessment of level in engineering and infrastructure support of cities; development of an algorithm for determination of data for spatial models; development of spatial models for assessment of level in engineering and infrastructure support while using geographic information systems. A comprehensive approach has been proposed to simulate spatial factors in order to assess urban engineering and infrastructure support, which is different from the existing ones due to development and application of GIS tools. Spatial models of urban engineering and infrastructure support have been developed in the paper. They include territorial, ecological, power engineering, socio-economic and other characteristics. These models have made it possible to implement the proposed approach for simulation of the spatial factors. It is necessary to point out the fact that geographic information systems have been used and this approach provides a possibility to detailed consideration of models which reveal influence of spatial factors. So it is possible to increase objectivity of solving the problem.
Highlights
A comprehensive approach has been proposed to simulate spatial factors in order to assess urban engineering and infrastructure support, which is different from the existing ones due to development and application of geographic information systems (GIS) tools
Spatial models of urban engineering and infrastructure support have been developed in the paper
It is necessary to point out the fact that geographic information systems have been used and this approach provides a possibility to detailed consideration of models which reveal influence of spatial factors
Summary
Решением проблем в сфере исследования направлений и определения особенностей инженерно-инфраструктурного обеспечения, его оценки, использования современных технологий занимаются ученые Ю. Ф. Дехтяренко [1], А. А. Лященко [2, 3], К. А. Мамонов [4,5,6], Ю. Связанные с оценкой уровня инженерно-инфраструктурного обеспечения, учитывая особенности формирования, распределения и использования земель городов и взаимоотношения c различными группами заинтересованных лиц (стейкхолдеров). Целью исследования является разработка алгоритма оценки уровня инженерно-инфраструктурного обеспечения территории городов с использованием геоинформационных систем в рамках стейкхолдерно-интегрированного подхода. Для достижения поставленной цели решаются следующие задачи:. Характеристика стейкхолдерно-интегрированного подхода к оценке уровня инженерноинфраструктурного обеспечения городов;. Систематизация существующих подходов к оценке уровня инженерно-инфраструктурного обеспечения городов;. Построение пространственных моделей для оценки уровня инженерно-инфраструктурного обеспечения с использованием геоинформационных систем
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