IOP Conference Series Materials Science and Engineering · 2020 · 11 citations · 6 references
HumanitiesArchaeologyAerial RoboticsHeritage SurveySurveyingAerial ArchaeologyArchaeological Site SurveyArchaeological SurveyPhotogrammetryRemote Sensing In ArchaeologySite Survey3D Site VisualizationAerial SurveysDigital Archaeological MappingDigital PhotogrammetryDrone PhotogrammetryDrone-based SurveyNon-invasive Archaeological SurveyUnmanned Aerial Vehicle Imaging
Abstract The ease of piloting drones, the increasingly high performance of sensors, range of action and autonomy of the platform in flight, combined with an apparent simplicity of realization of 3D models through modern photogrammetry (based on algorithms of Structure from Motion and techniques of Computer Vision), have created a real boom for use in archeology. The trust placed in these new technologies has not always allowed a careful analysis of the limits of these tools and methodologies. In fact, these technologies are often used badly or not to their full potential, probably due to the absence of a general manual and because they are technologies in constant development. The aim of this paper is the discuss of potentials and limits of the use of drones in the documentation of archaeological sites, which are high dependent by the territorial archaeological context and several variables that will be argued.
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MOBILE 3D MAPPING WITH A LOW-COST UAV SYSTEM
Frank Neitzel, Jörg Klonowski · The international archives of the photogrammetry, remote sensing and spatial information sciences/International archives of the photogrammetry, remote sensing and spatial information sciences · 2012 · 141 citations · Full text
Computing, Geoinformatics, Geographic Information Systems +16