Laser and hyperspectral aerial and ground remote sensing of the latest generation (Q3189268): Difference between revisions
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648,108.58 Euro
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| Property / budget: 648,108.58 Euro / rank | |||||||
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80.0 percent
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| Property / co-financing rate: 80.0 percent / rank | |||||||
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| Property / EU contribution | |||||||
518,486.86 Euro
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| Property / EU contribution: 518,486.86 Euro / rank | |||||||
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Revision as of 07:57, 21 October 2021
Project Q3189268 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Laser and hyperspectral aerial and ground remote sensing of the latest generation |
Project Q3189268 in Spain |
Statements
518,486.86 Euro
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648,108.58 Euro
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80.0 percent
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1 January 2019
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31 December 2021
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UNIVERSIDAD DE HUELVA
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37°13'39.97"N, 6°53'35.63"W
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21055
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Proyecto de equipamiento científico técnico de última generación y su acceso y uso compartido por un conjunto de investigadores formado por grupos de investigación de 6 entidades de 6 comunidades autónomas diferentes. El equipamiento que se solicita funciona como un todo (Teledetección láser e hiperespectral, aérea y terrestre) que puede operar en diferentes configuraciones y es de aplicación, entre otras, a las áreas de agricultura de precisión, infraestructuras, minería, paleontología, arqueología, gestión forestal o ecología. El equipamiento que se solicita está compuesto por dos sensores: (1) sistema de cámara hiperespectral de rango ampliado (espectro visible e infrarrojo) y (2) sistema de escáner láser; así como tres plataformas sobre las que irán instalados según la misión: (3) y (4) RPAS (remotely piloted aircraft system o comúnmente dron) helicóptero y RPAS multirotor, así como (5) plataforma terrestre robotizada y autónoma. Se han elegido un RPAS helicóptero (por ser la herramienta más polivalente y más eficiente aerodinámicamente, aunque difícil de pilotar), un RPAS multirotor (muy fácil de ser pilotado y estable, con misiones específicas diferentes a las del helicóptero) y una plataforma robotizada terrestre autónoma para operar desde tierra, algo fundamental, pues nuestra experiencia nos ha enseñado que desde el aire es imposible extraer toda la información necesaria en muchas aplicaciones, con lo cual lo ideal es complementar la misión aérea con otra terrestre. (Spanish)
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Last generation technical scientific equipment project and its access and shared use by a group of researchers formed by research groups of 6 entities from 6 different autonomous communities. The equipment requested works as a whole (laser and hyperspectral aerial and land remote sensing) that can operate in different configurations and is applicable, among others, to the areas of precision agriculture, infrastructure, mining, paleontology, archeology, forest management or ecology. The equipment that is requested is composed of two sensors: (1) wide-range range hyperspectral camera system (visible and infrared spectrum) and (2) laser scanner system; as well as three platforms on which will be installed according to the mission: (3) and (4) RPAS (remotely piloted aircraft system or commonly drone) helicopter and RPAS multirotor, as well as (5) robotic and autonomous land platform. A RPAS helicopter has been chosen (as it is the most versatile and most aerodynamically efficient tool, although difficult to pilot), a multirotor RPAS (very easy to be piloted and stable, with specific missions different from those of the helicopter) and an autonomous terrestrial robotic platform to operate on the ground, something fundamental, because our experience has taught us that from the air it is impossible to extract all the necessary information in many applications, wherewith the ideal is to complement the air mission with another terrestrial one. (English)
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Palos de la Frontera
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Identifiers
EQC2019-006195-P
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