DEVELOPMENT OF A METHODOLOGY FOR COMPREHENSIVE MONITORING AND ANALYSIS OF QUARRY SLOPE DEFORMATIONS BASED ON MODERN DIGITAL TECHNOLOGIES AND GEOINFORMATION MODELING

Abstract

This article examines modern approaches to monitoring deformation processes of open-pit mine slopes, based on the integration of mine surveying and geodetic observations with geoinformation modeling. The relevance of the study is the need to improve the accuracy and efficiency of slope stability assessment under conditions of intensified mining operations. A comprehensive monitoring methodology is proposed, including the acquisition, processing, and analysis of spatiotemporal data obtained using advanced digital technologies such as GNSS, electronic total stations, and unmanned aerial vehicles (UAVs). An algorithm for data integration within a geoinformation environment has been developed, followed by the construction of digital deformation models. The results obtained enhance the reliability of geodynamic process assessment and enable the timely identification of potentially hazardous zones, thereby contributing to improved safety in mining operations.