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Design and Implementation of an Indoor Guidance System for People with Visual Disabilities Consisting of an Intelligent Electronic Cane

机译:由智能电子手杖组成的视力障碍者室内导航系统的设计与实现

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The article presents the most critical points of an electronic solution that addresses the problem of independently guiding a person with visual disability (partial or total) in a closed area, through the implementation of a guidance system in spaces closed for people with visual impairment [1], consisting of a series of guidelines and information points which can be perceived by an electronic cane used a sensor IR into the protective contact cover (see Fig. 2). The device can be connected wirelessly to a mobile device with a guided design with an Android application that provides audible information to the user (see Fig. 1). In Fig. 2, you can see the number of people who are benefited from the use of inclusive technologies and the reasons for use included in quantitative data. Finally, 65% of people with visual disabilities, use accessible technologies for their ease of use. Use when performing specific tasks or communes.
机译:本文介绍了一种电子解决方案的最关键点,该解决方案通过在对视力障碍者封闭的空间中实施指导系统,解决了在封闭区域独立地引导视力障碍者(部分或全部)的问题[1]包括一系列的指导方针和信息点,这些信息可以被电子手杖感知到,方法是将传感器IR插入保护性接触罩中(参见图2)。该设备可以通过具有指导性设计的Android应用程序无线连接到移动设备,该应用程序为用户提供可听见的信息(见图1)。在图2中,您可以看到受益于包容性技术使用的人数以及定量数据中包含的使用原因。最后,视障人士中有65%的人使用易用的技术来简化其使用。在执行特定任务或公社时使用。

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