RANCANG BANGUN SISTEM MONITORING KANDANG KELINCI BERBASIS INTERNET OF THINGS

Alif Rizqian Aki, Lie Jasa, Pratolo Rahardjo
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Abstract

These days technology has developed rapidly, almost covering all aspects in humas life for example is automation system. The automation system works without human intervension and complete all works independently. Existing technology can already be connected to each other via the internet network so that it can transmit or receive data automatically. The Internet of Things (IoT) can support automated systems by providing real-time information so that users can monitor the performance of these automated systems. This research was to develop rabbit cage by utilizing microcontroller as monitoring system. The system utilizing Internet of Things (IoT) as monitoring medium between users and devices to help users monitor their rabbit cage remotely. The design installed several sensors such as ultrasonic, temperature, load cell sensors, DS18B20 and water level sensors. This research used Arduino Mega 2560 as main microcontroller and NodeMCU ESP8266 as communication device between the tools and database. The tools use android application on user smartphone that fuctions real time monitoring for the cage. Based on the results of this research by using Arduino Mega as microcontroller board to controlling and monitoring rabbit’s cage has succesfully in monitoring the cage via internet through the NodeMCU ESP8266 intermediary according to the design.
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设计一个基于互联网的兔子笼监控系统
如今科技发展迅速,几乎涵盖了人类生活的方方面面,例如自动化系统。自动化系统无需人工干预,独立完成所有工作。现有的技术已经可以通过互联网相互连接,这样它就可以自动传输或接收数据。物联网(IoT)可以通过提供实时信息来支持自动化系统,以便用户可以监控这些自动化系统的性能。本课题是利用单片机开发兔笼监控系统。该系统利用物联网(IoT)作为用户和设备之间的监控媒介,帮助用户远程监控他们的兔笼。本设计安装了超声波、温度、称重传感器、DS18B20和水位传感器等多个传感器。本研究以Arduino Mega 2560为主微控制器,以NodeMCU ESP8266作为工具与数据库之间的通信器件。该工具使用用户智能手机上的android应用程序,对笼子进行实时监控。根据本文的研究结果,利用Arduino Mega作为微控制器板对兔笼进行控制和监控,并根据设计成功地通过NodeMCU ESP8266作为中介通过internet对兔笼进行监控。
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