Management of geographically connected systems of an industry cluster based on spatial and temporal information

One of the urgent problems of modern management theory in organizational systems is the development of effective algorithmic procedures for managing geographically related organizational systems in which the effectiveness of geographically distributed objects operation of the main organizational system depends on the extent to which the results of their activities influence the objects of the organizational system associated with the main one. As part of this study, the authors propose problem oriented procedures for the analysis and management of geographically connected systems of an industry cluster based on spatial and temporal information including cartographic visualization of the results of a GIS-based monitoring assessment of the operation of the objects within the main and associated systems and an expert analysis of object effective interaction intensity based on GIS-oriented spatial and temporal information with consideration to long-term planning of volumetric indicators. Selection of the option that best ensures the interaction of the main and related systems within the industry cluster as well as distribution of volume indicators of a variant between objects within an industry cluster are also suggested. The article presents the results of employing the proposed methodology in the practice of managing the effective interaction of geographically related systems included in the civil aviation cluster where the branch system of higher and vocational education is the main and the geographically connected system is the system of airports of the Russian Federation. The findings confirmed the effectiveness of the proposed approach which makes it possible to recommend it for the use in the practice of managing territorial connected organizational systems of various industry clusters.

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