INTEGRATION OF MODERN GNSS AND LIDAR TECHNOLOGIES IN GEODETIC MEASUREMENTS
Abstract
This thesis analyzes the integration of modern geodetic measurement technologies — GNSS (Global Navigation Satellite Systems) and LIDAR (Light Detection and Ranging). The study explores the possibilities of determining terrain relief, creating three-dimensional models, and automating cadastral and cartographic works using these technologies. The processing of GNSS and LIDAR data through GIS (Geographic Information Systems) applications has shown a significant improvement in accuracy, efficiency, and reliability. The results of the study have practical importance in geodesy, cadastral management, and engineering fields.
Keywords
Geodesy, GNSS, LIDAR, GIS, digital cartography, spatial data, cadastre, coordinate system, measurement technologies.
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