An Environment Monitoring System for Precise Agriculture Based on Wireless Sensor Networks

Xia, Jianfa; Tang, Zhenzhou; Shi, Xiaobo; Fan, Lei; Li, Huaizhong

doi:10.1109/msn.2011.16

Cited by 35 publications

(13 citation statements)

References 9 publications

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“…Since, it requires lots of power so it is powered by solar and storage batteries. This results that low power system has better scalability and can provide better service [5].…”

Section: Environment Monitoring Systemmentioning

confidence: 91%

Android Arduino Interface with Smart Farming System

M.E¹,

Selvi²

2017

IJECS

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The purpose is used to plan and grow an agricultural system based on arduino method. The arduino chip was used in combination with sensors to measure ecological factors namely the temperature, humidity and soil moisture. The data's are sent to the farmer through message from the cloud based on necessities used by weed detection algorithm. This will be estimated to supportive for farmers in the order of the state.

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“…Since, it requires lots of power so it is powered by solar and storage batteries. This results that low power system has better scalability and can provide better service [5].…”

Section: Environment Monitoring Systemmentioning

confidence: 91%

Android Arduino Interface with Smart Farming System

M.E¹,

Selvi²

2017

IJECS

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“…El sistema propuesto por Jianfa et al [9], fue diseñado para monitorear y controlar la iluminación, temperatura y humedad de un invernadero de MaxBerry (un tipo de árbol subtropical que produce la llamada fresa china) y así obtener una mejor producción y calidad. En la Figura 1, se muestra la infraestructura general del sistema.…”

Section: Trabajo Relacionadounclassified

Sistema web de bajo costo para monitorear y controlar un invernadero agrícola

Mamani

Abarca

Herrera

2017

Ingeniare. Rev. chil. ing.

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RESUMENSe ha desarrollado un sistema web de bajo costo que permite monitorear y controlar un invernadero. El monitoreo se realiza mediante la captura de variables climatológicas, dentro del invernadero, con sensores y microcontroladores instalados en su interior, cuyos datos son observados por medio de una aplicación web desde internet. El control se realiza mediante la activación de dispositivos adecuados, de alto voltaje, desde el sistema web. Todo esto es posible gracias a la integración de un protocolo que permite realizar la comunicación entre el usuario y los dispositivos electrónicos implantados dentro del medio ambiente que se monitorea desde internet en tiempo real. El sistema fue sometido a las pruebas de acuerdo al estándar IEEE 1012 y en un laboratorio de cultivo de tejidos vegetales. Los resultados fueron favorables y el sistema está completamente operativo. Las pruebas fueron observadas por un ingeniero agrícola. Así mismo, operó las interfaces que ofrece el sistema, quedando satisfecho por las prestaciones y capacidades. El sistema web de bajo costo integra tecnologías emergentes poco explotadas, con las que se pueden construir una variedad de sistemas, debido a las características que estas poseen. Este es el caso de los microcontroladores seleccionados, los que en comparación a otros no requieren módulos extras, por ejemplo, para conectarse a internet ya que integran todo en una sola placa y cada vez son más pequeños, adaptables para desarrollar cualquier proyecto.Palabras clave: Sistema web, monitoreo-control, invernadero-agrícola, bajo-costo. ABSTRACT A low cost web system has been developed to monitoring and control a greenhouse. The monitoring is performed by capturing climatologic variables inside the greenhouse, using sensors and microcontrollers installed inside it, which data is observed through the internet with a web application. The control is achieved by activating the right device, of high voltage, using the web application. This control is possible thanks to the integration of a protocol that allows communication between the user and the electronic devices implanted inside the environment to be monitored from the internet in real time

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“…This approach, based on the largescale, real-time environment, needs effective monitoring and controlling services that can be achieved through ubiquitous computing in vertical farms. High-tech services such as farm management (Nikkilä et al 2010), disease diagnosis (Manhire et al 2012), and production sustainability (Kolhe et al 2011) can be enriched in remote locations through web applications (Xia et al 2011) and integration and identification devices may lead to effective Internet of Things applications for vertical farms or urban gardening.…”

Section: Social and Environmental Sustainability Of Citiesmentioning

confidence: 99%

Electronic identification technology for agriculture, plant, and food. A review

Luvisi

2016

Agron. Sustain. Dev.

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Automation in agriculture should improve plant health, product quality, and production efficiency. However the actual use of electronic identification tools in agriculture is limited. Therefore, I review here electronic identification applications to support plant health and production and agricultural sustainability. The major points are as follows: (1) there is a tenfold increase of literature on the application of radio frequency identification in agriculture from 2000-2004 to 2005-2009. (2) Development of quick response code and radio frequency identification solutions are improving automated systems. (3) There is a major advancement in associating thermal sensors to electronic tags to preserve food quality and to manage temperature-controlled supply chain. Whereas tests with biosensors used for biological or chemical alerts are limited. (4) Agrochemical tagging, using radio frequency identification tags, improve plant health management and environmental monitoring. (5) While phytosanitary certifications are mandatory in high-cost cultivation systems and a need for risk management may promote radiofrequency identification (RFID) systems, the lack of specific economic analyses may discourage farmers and investors.

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An Environment Monitoring System for Precise Agriculture Based on Wireless Sensor Networks

Cited by 35 publications

References 9 publications

Android Arduino Interface with Smart Farming System

Android Arduino Interface with Smart Farming System

Sistema web de bajo costo para monitorear y controlar un invernadero agrícola

Electronic identification technology for agriculture, plant, and food. A review

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