基于交互式语音指令的盲人Qibla方向手杖的研制

Asmianti Asrin, Gita Hapsari, Giva Andriana Mutiara
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引用次数: 6

摘要

盲人是有视觉障碍的人。手杖是一种辅助他们日常活动的工具。传统的手杖在障碍物和孔洞的检测上仍有一定的局限性,因此手杖并不能帮助所有的活动。其中一个困难的经验是确定他们何时祈祷的qibla方向。本研究开发了手杖作为一种工具的功能,可以通过语音指令交互式地确定qibla的方向。以语音形式响应用户命令的原型。原型使用树莓派3作为处理器,HMC5883L作为指南针传感器,麦克风用于语音命令输入。通过耳机听到系统发出的语音命令。测试结果表明,该系统能在无噪声环境下正确识别语音指令。在噪声环境下,经过10次测试,系统仅能识别20%和40%的语音指令。该系统还可以识别男声、女声等不同类型的语音命令。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Qibla Direction Cane for Blind Using Interactive Voice Command
Blind person is someone who has visually impairment. Cane is a tool aid used to assist their daily activity. A conventional cane still have limited function in detection obstacle and hole so not all activity are helped using cane. One of difficult experience is to determine the direction of qibla whenever they will pray. This research develop function of cane as a tool that can determine the direction of qibla by voice command interactively. Prototype response to user command in the voice form. Prototype using Raspberry Pi 3 as Processor, HMC5883L as compass sensor, and microphone for voice command input. The voice command from the system is heard using earphone. The test result show the system can recognize the voice command properly in noise free environment. While in noisy environment, system can recognize voice command only 20% and 40% for 10 times testing. This system also can recognize voice command with different types of sound such as male and female voice.
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