Bibliographic citations
Mendoza, D., (2019). Evaluación de la precisión planimétrica y altimétrica en un levantamiento fotogramétrico realizado por un aeronave piloteada remotamente [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/20207
Mendoza, D., Evaluación de la precisión planimétrica y altimétrica en un levantamiento fotogramétrico realizado por un aeronave piloteada remotamente [Tesis]. PE: Universidad Nacional de Ingeniería; 2019. http://hdl.handle.net/20.500.14076/20207
@misc{renati/710887,
title = "Evaluación de la precisión planimétrica y altimétrica en un levantamiento fotogramétrico realizado por un aeronave piloteada remotamente",
author = "Mendoza Romero, David Erick",
publisher = "Universidad Nacional de Ingeniería",
year = "2019"
}
The use of remotely piloted aerial vehicles with topographic purposes is growing in the country, so that each year more advanced aircraft are sent to the market directly addressed to the field of topography, which makes foresee the advance they will have in the future, with aircraft more versatile, with greater autonomy, stability and, therefore, greater photogrammetric precision. It is precisely this much sought-after millimeter precision that is the weak point of this procedure and the reason that traditional topographic procedures are used to this day. This work focuses on evaluating the accuracy of a photogrammetric survey carried out by a Phantom 4 Pro aircraft, which flew over 5 streams that cross a road axis, at more than 3500 mamsl. These streams have 41 points of comparison in total. Also on the same road axis were located 51 reference points that were also overflown and to which a comparative analysis is made with respect to a topographic map that also shows these 51 points. This difference of values is treated and grouped by the Root-Mean-Square Error. For the evaluation of the accuracy in areas of large changes in elevation, such as streams, errors were obtained less than 12 cm in the plane and less than 45 cm in altitude. For the other case, reference points near the axis and a terrain without major changes in elevation, errors less than 14 cm in the plane and 21 cm in altitude were obtained. Because the scale required for these areas varies between 1: 500 (urban areas) and 1: 2000 (rural areas), the information obtained by photogrammetric procedures is valid and applicable to projects of the rural type and would require stricter photogrammetric procedures to be able to work in urban areas.
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