Applied Internet of Things (IoT): The Prototype Bus Passenger Monitoring System Using PIR Sensor

A. Rahmatulloh, F. M. S. Nursuwars, I. Darmawan, Galih Febrizki
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引用次数: 7

Abstract

Monitoring passenger data in bus transportation fleets using the IoT concept. Factors that influence passenger monitoring are human counting errors and the accuracy of objects detected by sensors. The IoT system uses PIR (passive infrared) sensors and monitoring with mobile apps is a solution to overcome this, because the use of PIR sensors in the IoT system can only detect movements made by humans alone. The developed IoT system also implements a GPS module to be able to find out the location of the bus. Wemos D1 R2 will automatically send data collected from the results of detection by the PIR sensor and coordinates obtained by the GPS module to the Firebase database via the internet network. The monitoring application will display data stored on firebase on a mobile device. So that monitoring of bus passengers can be done quickly. Experiments on the research show that when the object’s motion approaches the PIR sensor, it will not consistently detect the presence of passengers.
应用物联网(IoT):使用PIR传感器的巴士乘客监控系统原型
利用物联网概念监控公交车队的乘客数据。影响乘客监控的因素是人为计数错误和传感器检测到的物体的准确性。物联网系统使用PIR(被动红外)传感器和移动应用程序监控是克服这一问题的解决方案,因为在物联网系统中使用PIR传感器只能检测人类单独做出的动作。开发的物联网系统还实现了GPS模块,能够找到公交车的位置。Wemos D1 R2会自动将PIR传感器检测结果采集到的数据和GPS模块获得的坐标通过internet网络发送到Firebase数据库。监控应用程序将在移动设备上显示存储在firebase上的数据。这样对公交车乘客的监控就可以快速完成。实验研究表明,当物体的运动接近PIR传感器时,它不会始终检测到乘客的存在。
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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