Automated People Counter for Restricted Capacity Monitoring on Philippine Public Utility Bus

John Neil M Chan, M. L. Guico, Carlos Gabriel P De Guzman, J. K. Galicia
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Abstract

The ability to inform transportation businesses and regulatory bodies about the demand for transportation services and how resources may be best deployed to meet this need is strategic to resource allocation and planning of national transportation system. Case in point, the pandemic has forced the government to reevaluate the number of utility buses and its ridership and implement various restrictions and regulations within society. One of the restrictions that is often affected is the seating capacity for Public Utility Vehicles. This study provides a proof of concept to an easier and more efficient way to be able to monitor capacity in a Public Utility Bus through the use of a people counter. Photoelectric sensors will be used to monitor the number of people entering and exiting the bus with information being uploaded to ThingSpeak while also being displayed onboard using an LCD. The system is capable of bi-directional counting through the use of two pairs of sensors and will work most accurately when the sensor pairs are at a distance of at least 12 cm from each other and passengers will board and depart in intervals of one second or greater.
菲律宾公共汽车限制容量监测的自动人流计数器
向运输企业和管理机构通报对运输服务的需求以及如何最好地部署资源以满足这一需求的能力,对国家运输系统的资源分配和规划具有战略意义。因为新冠疫情,政府不得不重新评估公共汽车的数量和乘客数量,并在社会上实施各种限制和规定。其中一个经常受到影响的限制是公用事业车辆的座位容量。本研究为一种更简单、更有效的方法提供了概念证明,即通过使用人员计数器来监控公共事业车的容量。光电传感器将用于监控进出巴士的人数,并将信息上传到ThingSpeak,同时还将通过LCD显示在车上。该系统能够通过使用两对传感器进行双向计数,当传感器对彼此之间的距离至少为12厘米,乘客上车和下车的间隔为一秒或更长的时间时,该系统将最准确地工作。
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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