The design and implementation of a vision-based people counting system in buses

J. Perng, Ting-Yen Wang, Ya-Wen Hsu, Bing-Fei Wu
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引用次数: 27

Abstract

This system counts passengers through a single camera that is fixed at an overhead (zenithal) position. The proposed algorithm is designed to solve the problem of illumination, which can occur when the bus door opens or closes. A processing ratio of about 30 frames/s is necessary to overcome the extreme change in illumination. The system combines global positioning system data and standard time to establish the number of passengers at each bus stop at different periods of time and calculates the number of passengers and unoccupied seats to provide business-related information.
基于视觉的公交点票系统的设计与实现
该系统通过固定在头顶(天顶)位置的单个摄像头计算乘客数量。该算法旨在解决公交车门打开或关闭时可能出现的照明问题。为了克服光照的极端变化,需要大约30帧/秒的处理速率。该系统结合全球定位系统数据和标准时间,建立每个公交站点在不同时间段的乘客数量,并计算乘客数量和空置座位,提供与业务相关的信息。
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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