Digital support of spatial planning processes in the regions

Abstract

Subject. This article deals with the design and modeling of a data-centered tool for supporting spatial planning processes. Objectives. The article aims to develop a tool designed to solve the problem of automated formation of volumetric surfaces, which is necessary for assessing the innovative development of the region. Methods. For the study, we used the methods and approaches of the fuzzy logic theory, and logical programming methods. Results. An integrated approach to solving regional problems, taking into account the empirical knowledge of experts, helped develop a tool for assessing the innovative potential of the region, its approbation through using a Russian region as a case study is illustrated with graphs. Relevance. The formed triad of sustainable development makes it possible to reflect the behavior of the regional innovative development index as a whole on the basis of social, economic and environmental indicators of sustainability.