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Abstract Airborne and terrestrial laser scanners have traditionally been used as specialised toolsets for three-dimensional scene capture in engineering, providing highly accurate measurements with increasingly minimal human interaction. However, commercial or engineering-grade scanning instruments remain expensive and sensitive, requiring costly routine calibrations to ensure their optimum functionality.
INTRODUCTION An effective cadastral system formally documents land rights, which is crucial for registration. Sustainable development goals (SDGs) targets 1.4 and 2.3 emphasise the need for equal and secure access to land for all, especially the poor and vulnerable. Tenure security is vital to human dignity, boosting agricultural productivity, securing an effective land market and poverty reduction (Koeva et al., 2020).
Article Lidar-derived Shack Footprint for the City of Cape Town By Moreblessings Shoko, Emmanuel Kofi Gavu • October 11, 2021 Due to the region’s proneness to occasional wildfires, the Geomatics Division at the University of Cape Town, South Africa, has conducted research and project work around the theme of 3D reconstruction plus contemporary urban mapping for planning and disaster management. This article shares some highlights.
January 18th, 2019, Published in Articles: PositionIT, Featured: PositionIT by Moreblessings Shoko, University of Cape Town This article provides a strategy that can assist institutions in the development of appropriate curriculam for the incorporation of Unmanned aerial vehicles (UAVs) into geomatics or related studies.
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