Greenhouse Monitoring and Controlling using Cloud-Based Android Application

Tarun Kumar, Samli, Dilip Kumar
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引用次数: 1

Abstract

Wireless sensor network (WSN) technology is the amalgamation of numerous sensors exploited for monitoring and controlling the physical climate conditions. The integration of WSN technology in greenhouse farming has offered a new direction towards the production of crops. Greenhouse presents a protected environment for the plants/crops and facilitates the farmers in boosting their production. The paper presents a real-time greenhouse monitoring and controlling system. Humidity-Temperature sensor (DHT11), Soil Moisture sensor and Light sensor (LDR) are explored to measure the climate parameters accurately. To collect the real-time monitoring data from these sensors and transmit the data to the Firebase Cloud, the Wi-Fi module ESP8266 is attached to Arduino UNO. Further, an android application is developed for monitoring and controlling climate parameters via smart devices. The proposed model is efficient in terms of services and cost. The proposed automatic greenhouse monitoring and control system can facilitate the farmers in monitoring and controlling the climate conditions automatically as well as manually if the need arises. The developed application is user-friendly and can be efficiently utilized by farmers.
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基于云的Android应用的温室监测与控制
无线传感器网络(WSN)技术是众多用于监测和控制物理气候条件的传感器的融合。无线传感器网络技术在温室农业中的应用为农作物生产提供了新的方向。温室为植物/作物提供了一个受保护的环境,方便农民提高产量。本文介绍了一种温室实时监控系统。探讨了温湿度传感器(DHT11)、土壤水分传感器和光传感器(LDR)对气候参数的精确测量。为了从这些传感器收集实时监控数据并将数据传输到Firebase Cloud, Wi-Fi模块ESP8266连接到Arduino UNO。此外,还开发了一种通过智能设备监测和控制气候参数的android应用程序。所提出的模型在服务和成本方面是有效的。提出的自动温室监测和控制系统可以方便农民自动监测和控制气候条件,也可以在需要时手动监测和控制。开发的应用程序是用户友好的,可以有效地利用农民。
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