Speech to Sign Language Converter & Vice Versa Using Machine Learning

Khushi Sahu, Kirti Mishra, M. Rai
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Abstract

Taking into account the complications faced by pupils of speech and hearing impaired, we would like to present a tool that connects the gap in communication and facilitate better interaction. In situations where a spoken person is untrained with sign language, the need is unavoidable for a sign language interpreter in order to setup an interchange of expounding. We propose a system that allows two-way conversation between deaf people and people with other voices. In this paper, we present an efficient prototype in two stages. In the early stages, sign language gestures are fed into the system in real time using the device's computer vision capabilities. These gestures are then recognized using our Deep Neural Network while the fine-tuned hand detection with edge detection algorithm interprets it as text as well as audio. The second stage is to convert the audio to text and optionally display the relevant hand gestures for the same The system can recognize more than 300 sign words in Indian Sign Language. .Key Word: Concurrent Neural Networks, Natural Language Processing, Machine Learning, Sign Language Converter, Computer Vision
语音到手语的转换,反之亦然,使用机器学习
考虑到言语及听力受损的学生所面对的复杂情况,我们希望提供一个工具,连接沟通的差距,促进更好的互动。在说话的人没有接受过手语训练的情况下,不可避免地需要一名手语翻译来建立交流。我们提出了一个允许聋哑人和其他声音的人进行双向对话的系统。在本文中,我们分两个阶段给出了一个有效的原型。在早期阶段,使用设备的计算机视觉功能将手语手势实时输入系统。这些手势随后使用我们的深度神经网络进行识别,而带有边缘检测算法的微调手部检测将其解释为文本和音频。第二阶段是将音频转换为文本,并选择性地显示相同的相关手势。该系统可以识别300多个印度手语的手语单词。关键词:并发神经网络,自然语言处理,机器学习,手语转换器,计算机视觉
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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