UkrainianProfessional Education

Abstract

The relevance of the topic of the work has been determined. The goal of the study has been achieved in terms of developing a stakeholder-oriented approach to the formation of metrological quality assurance of geodetic works and determining their impact on the level of map automation. To achieve the goal, the following tasks have been solved: identifying stakeholders interacting in the system of metrological research; characterizing stakeholders operating in the land use system; developing directions of a stakeholderoriented approach to the formation of metrological quality assurance of geodetic works; determining the impact of metrological quality assurance of geodetic works on the level of map automation. As a result of the study, theoretical provisions have been substantiated regarding the definition of stakeholders operating in the field of land relations and metrological activities as groups of stakeholders that ensure the implementation of functional areas in the relevant areas, whose activities allow improving the quality of geodetic works, increasing spatial provision and efficiency of land use at the regional level. The wave-like nature of the level of stakeholder interaction in the field of metrological activities and land relations by region has been established, which indicates the absence of clear trends in development and ensuring the effectiveness of relationships. It should be noted the low level of partnership relations. Similar trends are observed with the level of map automation using geographic information systems, where the process is implemented at an average level in most regions.Along with this, automation is carried out at an insignificant level in the front-line regions (Zaporizhia, Sumy, Kharkiv, Kherson). Automation is carried out at a low level in the Donetsk and Luhansk regions, which is associated with active hostilities and occupation of territories. As a result of mathematical modeling, it was established that an increase in the level of effectiveness of stakeholder relations in the field of metrological activities and land relations leads to an increase in the activity of automation of maps using geographic information systems and vice versa. An increase in the quality of geodetic works by almost 31% will lead to an increase in the level of automation and vice versa. The constant parameter indicates the negative impact of other factors that are not taken into account in the mathematical model. Thus, a stakeholder-oriented approach to the formation of metrological quality assurance of geodetic works is justified and their impact on map automation is determined. This allowed us to form a quantitative basis for decision-making in the field of land use, to determine trends in changes in indicators by applying the developed mathematical model to predict the presented factors

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