2017 International Conference on Electromagnetics in Advanced Applications (ICEAA) 2017
DOI: 10.1109/iceaa.2017.8065606
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FMCW GPR radar mounted in a mini-UAV for archaeological applications: First analytical and measurement results

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Cited by 15 publications
(7 citation statements)
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“…Campana 2017a; Lasaponara & Masini 2016, Mozas-Calvache et al 2012Sonnemann, Malatesta & Hofman 2016). The popularity of the platform not only in archaeology, but across industries including construction, agriculture, security, and survey (Nex & Remondino 2014;Valavanis & Vachtsevanos 2015), incited the miniaturisation of a variety of sensors and platforms (Casana et al 2017;Ludeno et al 2017;McDaniel et al 2017;Suomalainen et al 2014;Yarlequé, Alvarez & Martínez 2017). These include thermal, hyperspectral and lidar instruments, as well as a variety of multispectral sensors, conventional still cameras and video cameras, and the development of relatively user friendly, if black-box, tools for the analysis of the data captured.…”
Section: Uavsmentioning
confidence: 99%
“…Campana 2017a; Lasaponara & Masini 2016, Mozas-Calvache et al 2012Sonnemann, Malatesta & Hofman 2016). The popularity of the platform not only in archaeology, but across industries including construction, agriculture, security, and survey (Nex & Remondino 2014;Valavanis & Vachtsevanos 2015), incited the miniaturisation of a variety of sensors and platforms (Casana et al 2017;Ludeno et al 2017;McDaniel et al 2017;Suomalainen et al 2014;Yarlequé, Alvarez & Martínez 2017). These include thermal, hyperspectral and lidar instruments, as well as a variety of multispectral sensors, conventional still cameras and video cameras, and the development of relatively user friendly, if black-box, tools for the analysis of the data captured.…”
Section: Uavsmentioning
confidence: 99%
“…Recientemente, se han llevado a cabo investigaciones y experimentos para integrar el sistema de radar en un mini UAV. Este uso relevante permite la detección sin contacto de objetos enterrados tales como minas [5], [6]; imágenes de grandes áreas que son difíciles de alcanzar [7], y explorar las aguas subterráneas [8].…”
Section: Aplicaciones De Gpr (Radar De Penetración De Tierra) Y Uav (...unclassified
“…Obtención de imágenes de grandes áreas: La exploración de grandes áreas para detectar y generar imágenes subterráneas utilizando técnicas SAR como motor de procesamiento, es posible gracias a la implementación del sistema FMCW GPR montado en un mini UAV [7]. Los primeros resultados de este sistema muestran la detección de un objeto metálico enterrado a 0,4 m bajo tierra, gracias a su capacidad para adquirir, digitalizar y almacenar datos por medio de un modelo Raspberry Pi 2, estos datos son procesados posteriormente.…”
Section: Aplicaciones De Gpr (Radar De Penetración De Tierra) Y Uav (...unclassified
“…Furthermore, a number of other research groups have described UWB radars for UAV mounting, where the applications range from detection of ground targets such as cars, humans [11], [12], and ships [13], as well as topographic mapping [14]. In addition, investigations of UAV-mounted GPR [15] for detection of buried objects such as landmines [16] and other high scattering targets [17] have previously been examined. Nevertheless, ground penetrating radar systems with strict weight and compatibility requirements for UAV mounting, while still having the bandwidth to resolve complex snow stratigraphy and penetration through dense snow and ice 0018-9456 © 2019 IEEE.…”
Section: Introductionmentioning
confidence: 99%