盲人、聋哑人盲文辅助系统在室内外的应用

Sunil Kumar KN, R. Sathish, S. Vinayak, Tarkeshwor Parasad Pandit
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引用次数: 14

摘要

户外和室内导航对于视障人士、盲人和聋哑人来说无疑是一项具有挑战性的任务,而室内导航对于盲人、视障人士和完全哑的人来说无疑是一项更加艰巨的任务。就非视障人士而言,视障人士的情况更糟。有视觉障碍或失明的人经常依赖外部援助,如训练有素的狗、人或特殊设备作为决策的支持系统。因此,盲人需要一种辅助设备,使盲人能够自由地导航,这一要求变得至关重要。在这里,不同的传感器和执行器的接口以及盲文键盘,这是用户友好的应用程序,这些人是用ARM LPC-2148完成的,它有助于最大限度地减少盲人面临的问题,最大限度地利用技术。盲人使用的手杖内置了多个传感器,借助这些传感器可以增强手杖的更多功能和技术。其主要功能是检测障碍物以避免碰撞,并与某些其他传感器一起进行坑整体检测,火灾检测和水检测。紧急开关是一个紧急按钮,它从GSM模块向管理员发送一条短信,其中包含盲人、视障人士和聋哑人的当前特定位置(GPS坐标)。这项工作旨在为盲人、视障人士或聋哑人提供最安全的路线,通过设计一个更灵活、更经济的辅助系统,帮助他们提高在室外和室内应用的导航技能,并且在甚至未知的地区行走时不依赖任何人。
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Braille Assistance System for Visually Impaired, Blind & Deaf-Mute people in Indoor & Outdoor Application
Navigation in outdoor and indoor is certainly an challenging task for visually impaired, blind and deaf-mute people, indoor navigation itself is certainly becoming an harder task for blind, visually impaired people and dead-mute people. As far as observed for the non-visually impaired, it is even worse for the visually impaired. People with visual disabilities or blinds are often depending up on external assistance like trained dogs, humans, or special devices as support systems for making decisions. Hence blind people need an assistive device that will allow blind user to navigate freely and this requirement has become crucial. Here the interfacing of different sensors and actuators along with Braille keypad which is user friendly application to these peoples is done with ARM LPC-2148 and it helps in minimizing the problems faced by blind people by maximizing the use of technology. The walking stick used by the blind people has multiple sensors incorporated in it, with the help of which it is possible to enhance more features and technology to the walking stick. The main features are to detect the obstacle for collision avoidance, along with certain other sensors for pit whole detection, fire detection, and water detection. Panic switch is the emergency button that sends an SMS from the GSM module to the caretaker with the present particular location (GPS coordinates) of the blind, visually impaired and deaf mute person. The work goes for giving the safest route to blind persons, visually impaired person or deaf-mute person, by designing a more flexible assistance system and cost effective system that helps them in improving their navigating skills in outdoor and indoor application and also not to depend on none during walking in even unknown areas.
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