IoT Based Sign Language Recognition System

K.K.T Punsara, H. Premachandra, A.W.A.D Chanaka, R.V Wijayawickrama, Abhayasinghe Nimsiri, Silva Rajitha de
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引用次数: 6

Abstract

Sign language is the key communication medium, which deaf and mute people use in their day - to-day life. Talking to disabled people will cause a difficult situation since a non-mute person cannot understand their hand gestures and in many instances, mute people are hearing impaired. Same as Sinhala, Tamil, English, or any other language, sign language also tend to have differences according to the region. This paper is an attempt to assist deaf and mute people to develop an effective communication mechanism with non-mute people. The end product of this project is a combination of a mobile application that can translate the sign language into digital voice and loT-enabled, light-weighted wearable glove, which capable of recognizing twenty-six English alphabet, digits, and words. Better user experience provides with voice-to-text feature in mobile application to reduce the communication gap within mute and non-mute communities. Research findings and results from the current system visualize the output of the product can be optimized up to 25 % –35 % with an enhanced pattern recognition mechanism.
基于物联网的手语识别系统
手语是聋哑人在日常生活中使用的重要交流媒介。与残疾人交谈会造成困难的情况,因为非哑巴无法理解他们的手势,而且在许多情况下,哑巴是听力受损的。与僧伽罗语、泰米尔语、英语或任何其他语言一样,手语也往往因地区而异。本文旨在帮助聋哑人与非聋哑人建立有效的沟通机制。该项目的最终产品是一个可以将手语翻译成数字语音的移动应用程序和能够识别26个英语字母、数字和单词的轻型可穿戴手套的组合。更好的用户体验,在移动应用中提供语音转文本功能,减少静音和非静音社区之间的沟通差距。目前系统的研究结果和结果显示,通过增强的模式识别机制,产品的输出可以优化到25% - 35%。
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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