Informes de investigación

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https://hdl.handle.net/10784/34042

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Examinando Informes de investigación por Autor "Gonzales, Juan Pablo"

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    Proceso de ASC - CONEXION ENTRE ESTACION DE TIERRA Y UAVS PARA USOS AGRONOMICOS Y/O SOCIALES
    (Universidad EAFIT, 2020) Isaza Álvarez, Juan Camilo; Cortez Reinoso, Cristian Alexis; Gonzales, Juan Pablo; Martinod, Thomas; Escobar Patiño, Alma; Salcedo, Jefferson Daniel; Cardona, Juan David; Marulanda Bernal, José Ignacio; Universidad EAFIT
    With this project, the use of the long-range ground station (500 km), located at the EAFIT Llanogrande headquarters, for agronomic and social applications was proposed. This station is in the start-up phase with the 2019 Applied Electromagnetism Seedbed (SEMA) project underway. Taking advantage of the payload capacity of an unmanned aerial vehicle (UAV) and the transmission range capacity of the base, activities in the agricultural sector can be carried out such as irrigation, fumigation and crop sensing among other applications, in addition to its possible use in humanitarian aid by having greater access through UAVs to places that cannot be easily accessed to transport objects and aid. Additionally, the proposal could very well be included as a topic of study in the recent undergraduate degree in agronomic engineering created at the University.
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    Ítem
    Proceso de ASC - OPERACION DE LA ESTACION RECEPTORA DE TIERRA EN EL CAMPUS DE EAFIT-LLANOGRANDE
    (Universidad EAFIT, 2019) Marulanda Bernal, José Ignacio; Isaza Álvarez, Juan Camilo; Medina, Luis Fernando; Cortez Reinoso, Cristian Alexis; Gonzales, Juan Pablo; De La Rosa, Juan Diego; Universidad EAFIT
    Earth observation technologies are designated as those especially designed to obtain information on physical variables for monitoring purposes, ranging from simple pressure and temperature data to images and video of high resolution for geomorphology, security and defense applications. Between The most common earth observation devices and systems include: UAS (Unmanned Aereal Systems), which ranges from simple airplane models and multicopters, to sophisticated drones with military applications. The balloons stratospheric (High Balloning) and satellites (from those of large format to small satellites called picosatellites or CubeSats) also are part of these technologies and are systems that demand more complex land. The vast majority of Earth observation technologies are implemented on mobile devices, mainly aerial, and in some high-rise cases. In this sense, the problem addressed in the project consisted of maintain the mentioned earth observation systems in permanent communication with a ground station which is active and in good condition conditions, to ensure the information obtained against the risk of loss of the device due to an accident or some eventuality. Without a station terrestrial in operation and in good condition the mentioned devices Previously they would be nothing more than objects orbiting the earth.
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    Proceso de ASC - TRANSMISION DE DATOS DESDE UN GLOBO CAUTIVO A UNA ESTACION DE TIERRA
    (Universidad EAFIT, 2021) Marulanda Bernal, José Ignacio; Quintero, Olga Lucía; Isaza Álvarez, Juan Camilo; Cortez Reinoso, Cristian Alexis; Gonzales, Juan Pablo; Martinod, Thomas; Escobar Patiño, Alma; Salcedo, Jefferson Daniel; Cardona, Juan David; Universidad EAFIT
    With this project, the use of the long-range ground station (500 km), located at the EAFIT Llanogrande headquarters, was proposed to receive and process the information sent from a captive balloon that has a sensor system for different variables, which It will be located at different points of the University's Llanogrande headquarters, taking advantage of its large area. Both the operation of the ground station and the captive balloon with its sensor system are in the completion stage within the framework of previous projects in recent years of the Applied Electromagnetism Hotbed (SEMA). Taking advantage of the reception range capacity of the ground station, the aim is to integrate both projects to explore technologies for transmitting and receiving information from earth observation systems.