Design of An IoT based Smart Plant Monitoring System

Apeksha Rane, Bhushan Vidhale, Priyanka Hemant Kale, G. Khekare
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引用次数: 2

Abstract

In IoT plant monitoring system we can monitor and control with the help of IoT concepts. The gasses produced by the plant in Day time and nighttime will be monitored on IoT cloud. And according to the moisture of the soil the water pump supply to the plant will be controlled. If moisture is seen below the certain threshold value, then the pump will get turned on and when moisture reaches above the threshold level then the water pump will be turned off by the controller in the system. The Temperature and humidity will be sensed by smart sensors digitally. The hazardous gas will be sensed by the other sensor at that place. The controller which is integrated in the system will send all the monitored parameter and different gasses data on IoT Cloud with the help of Wi-Fi and IoT system. Other circuitry is used to control the relay and to provide power supply to the system. On the IoT cloud the data will be received on the google firebase Real-time database. From that it will be transferred to the AWS server and all the data will be visualized by different gauges and past data will be plotted.
基于物联网的智能工厂监控系统设计
在物联网工厂监控系统中,我们可以借助物联网概念进行监控和控制。工厂在白天和夜间产生的气体将在物联网云上进行监控。并根据土壤的湿度来控制水泵的供水量。如果湿度低于某一阈值,则开启水泵,当湿度超过阈值时,则由系统中的控制器关闭水泵。温度和湿度将由智能传感器数字感应。有害气体将被该位置的另一个传感器检测到。集成在系统中的控制器将通过Wi-Fi和物联网系统将所有监控参数和不同气体数据发送到物联网云上。其他电路用于控制继电器并为系统提供电源。在物联网云上,数据将在google firebase实时数据库上接收。然后,它将被传输到AWS服务器,所有数据将通过不同的仪表可视化,并绘制过去的数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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