Bus detection device for the blind using RFID application

M. Noor, I. Ismail, M. F. Saaid
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引用次数: 59

Abstract

This paper outlines a bus detection mechanism for the blind in travelling from one place to another. In order to get transportation independently, the blind use auditory touched clues like walking stick or white cane. The limitation of the walking stick is that a blind person must come into close proximity with their surroundings to determine the location of an obstacle. For that basis, various devices have been developed such as the Sonicguide, the Mowat sensor, the Laser cane and the Navbelt [4]. However, these device can only assist the blind at a pedestrian crossing. Therefore, the project is aims to develop a bus detection prototype using Radio Frequency Identification (RFID) for the blind. The paper covers brief idea about the blind and RFID system, review relevant papers and summary of current research. The review of RFID system compare between families of auto-ID technology, the basic principle of RFID, the type of RFID tagging and the antenna characteristic. The summary of current research discussed about the development of prototype, the database system, the output mechanism and integration between hardware and software. Database management will provided. The information such as bus route, final destination and bus number are also provided. This paper also describes the future work intended to be done.
总线检测装置用于盲人使用RFID应用
本文概述了一种用于盲人从一个地方到另一个地方旅行的公共汽车检测机制。为了独立获得交通工具,盲人使用手杖或白手杖等听觉触觉线索。手杖的局限性在于盲人必须接近周围的环境才能确定障碍物的位置。在此基础上,已经开发了各种设备,如Sonicguide, Mowat传感器,Laser cane和Navbelt[4]。然而,这些设备只能在人行横道上帮助盲人。因此,该项目旨在为盲人开发一种使用射频识别(RFID)的公交车检测原型。本文简要介绍了盲人和RFID系统的概念,回顾了相关文献,总结了目前的研究现状。对RFID系统进行了综述,比较了各种自动识别技术,RFID的基本原理,RFID标签的类型和天线的特点。对目前的研究进行了总结,讨论了样机的开发、数据库系统、输出机制和软硬件集成等方面的问题。将提供数据库管理。巴士路线、终点站及车号等资讯亦会提供。本文还介绍了今后要做的工作。
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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