Smart Wheelchair- An Implementation of Voice and Android Controlled System

M. Amin, Syed Tahir Hussain Rizvi, Sameer Malik, Z. Faheem, Ammar Liaqat
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引用次数: 6

Abstract

The inspiration driving android and voice automated smart wheelchair venture is to construct a smart wheelchair that helps physically impaired people to locomote from one spot then onto the next. To overcome this disability, a smart voice-controlled fully automated wheelchair is designed for physically disabled, patients, or pregnant women. This smart wheelchair will help them move from one place to another without any problem. Numerous wheelchairs are accessible with various running advancements, yet the expense is high and it isn’t much successful. For the most part, designing voice and android control wheelchairs is to conquer a few burdens of the current frameworks. The customer needs to interact with the wheelchair with the help of the application. This framework enables the client to vigorously communicate with the wheelchair at various dimensions of the control (turn left, turn right, proceed, return and stop). This task utilizes a microcontroller circuit and motor drivers to make the development of the wheelchair.
智能轮椅-语音和Android控制系统的实现
驱动机器人和语音自动智能轮椅冒险的灵感是建造一种智能轮椅,帮助身体残疾的人从一个地方移动到另一个地方。为了克服这一缺陷,一种智能语音控制的全自动轮椅被设计为残疾人、病人或孕妇。这个智能轮椅将帮助他们从一个地方移动到另一个地方,没有任何问题。许多轮椅都有各种各样的跑步装置,但费用很高,而且不太成功。在很大程度上,设计语音和机器人控制轮椅是为了克服现有框架的一些负担。客户需要在应用程序的帮助下与轮椅进行交互。这个框架使客户能够在控制的各个维度(左转、右转、前进、返回和停止)上与轮椅进行有力的交流。本课题利用单片机电路和电机驱动器来完成轮椅的研制。
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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