The Effectiveness of Utilizing IoT-Based Smart Trash

Yuni Widiastiwi, Chani Abdi Satria
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引用次数: 2

Abstract

Trash is a big problem in the world. The Trash that has accumulated becomes a breeding ground for disease and reduces the beauty of a place. The development of the internet of things helps humans in doing their job. By IoT, we can be used to create smart trash bins. Today Smart trash bins have been widely used but still need testing to see how effective the use of this tool is. This research aims to test the effectiveness of the smart trash bins, monitoring system model. The method used is to use a NodeMCU ESP8266 microcontroller based on Arduino Uno to create a solid waste density monitoring model and the HCSR-04 ultrasonic sensor as a medium for measuring the density of waste to be tested. The test results of the system built can display waste height data, provide information on the state of the Trash, and determine the status of empty Trash to full by providing accurate notifications. The results obtained show that the solid waste density test can be recognized properly using the model created. Therefore, this shows that smart Trash can reduce the negative impact of accumulated garbage conditions.
利用物联网智能垃圾的有效性
垃圾是世界上的一个大问题。堆积的垃圾成为疾病的滋生地,减少了一个地方的美丽。物联网的发展有助于人类的工作。通过物联网,我们可以用来创造智能垃圾桶。如今,智能垃圾桶已经被广泛使用,但仍需要测试,看看这个工具的使用效果如何。本研究旨在检验智能垃圾桶监控系统模型的有效性。所采用的方法是使用基于Arduino Uno的NodeMCU ESP8266微控制器创建固体废物密度监测模型,HCSR-04超声波传感器作为测量待测废物密度的介质。所构建系统的测试结果可以显示垃圾高度数据,提供Trash状态信息,并通过提供准确的通知,确定Trash从空到满的状态。结果表明,所建立的模型能较好地识别固体废物密度试验。因此,这表明智能垃圾可以减少垃圾积累条件的负面影响。
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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