Sistema de Monitoreo de variables ambientales con tecnología IoT

Harold Pinilla; Jose Macias; Emmanuel Lescano; Jose David Alvarado; Wilder Eduardo Castellanos Hernández

doi:10.48550/arXiv.2101.05706

Sistema de Monitoreo de variables ambientales con tecnología IoT

Harold Pinilla
, Jose Macias
, Emmanuel Lescano
, Jose David Alvarado
, Wilder Eduardo Castellanos Hernández

Universidad de San Buenaventura

Producción: Capítulo del libro/informe/acta de congreso › Contribución a la conferencia › revisión exhaustiva

Resumen

This article describes the design of a flexible and low-cost platform for monitoring environmental variables applied to agriculture. For the construction of this platform, technologies based on the communication protocol, Wi-Fi, Bluetooth, and Zigbee were used, using the embedded Raspberry pi 3 b + system and sensors to quantify different environmental variables, using different open source hardware and software tools. The network is made up of a central node (gateway), implemented on Samsung's Artik 1020 card, and two nodes where the sensors for reading environmental variables are connected. Finally, the data is collected by the gateway, which will be in charge of processing and storing it in a database so that the user in the future can access the information in real time from anywhere.

Idioma original	Español
Título de la publicación alojada	TechFest 2019 Conference
Número de páginas	14
DOI	https://doi.org/10.48550/arXiv.2101.05706
Estado	Publicada - 01 sept 2019
Publicado de forma externa	Sí

Palabras clave

Internet de las Cosas
IoT
IoT Applications
IoT Solutions
Internet of Things

Acceder al documento

10.48550/arXiv.2101.05706Licencia: Sin especificar

Citar esto

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title = "Sistema de Monitoreo de variables ambientales con tecnolog{\'i}a IoT",

abstract = "This article describes the design of a flexible and low-cost platform for monitoring environmental variables applied to agriculture. For the construction of this platform, technologies based on the communication protocol, Wi-Fi, Bluetooth, and Zigbee were used, using the embedded Raspberry pi 3 b + system and sensors to quantify different environmental variables, using different open source hardware and software tools. The network is made up of a central node (gateway), implemented on Samsung's Artik 1020 card, and two nodes where the sensors for reading environmental variables are connected. Finally, the data is collected by the gateway, which will be in charge of processing and storing it in a database so that the user in the future can access the information in real time from anywhere.",

keywords = "Internet de las Cosas, IoT, IoT Applications, IoT Solutions, Internet of Things",

author = "Harold Pinilla and Jose Macias and Emmanuel Lescano and Alvarado, \{Jose David\} and \{Castellanos Hern{\'a}ndez\}, \{Wilder Eduardo\}",

note = "Work presented in TechFest 2019 Conference. organized by Universidad de San Buenaventura. Bogota. Colombia. Proceedings in press",

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AU - Lescano, Emmanuel

AU - Alvarado, Jose David

AU - Castellanos Hernández, Wilder Eduardo

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N2 - This article describes the design of a flexible and low-cost platform for monitoring environmental variables applied to agriculture. For the construction of this platform, technologies based on the communication protocol, Wi-Fi, Bluetooth, and Zigbee were used, using the embedded Raspberry pi 3 b + system and sensors to quantify different environmental variables, using different open source hardware and software tools. The network is made up of a central node (gateway), implemented on Samsung's Artik 1020 card, and two nodes where the sensors for reading environmental variables are connected. Finally, the data is collected by the gateway, which will be in charge of processing and storing it in a database so that the user in the future can access the information in real time from anywhere.

AB - This article describes the design of a flexible and low-cost platform for monitoring environmental variables applied to agriculture. For the construction of this platform, technologies based on the communication protocol, Wi-Fi, Bluetooth, and Zigbee were used, using the embedded Raspberry pi 3 b + system and sensors to quantify different environmental variables, using different open source hardware and software tools. The network is made up of a central node (gateway), implemented on Samsung's Artik 1020 card, and two nodes where the sensors for reading environmental variables are connected. Finally, the data is collected by the gateway, which will be in charge of processing and storing it in a database so that the user in the future can access the information in real time from anywhere.

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