Wearable Solutions for the Sign Language

Marta Kania, E. Korzeniewska, Rafał Zawiślak, Alyona S. Nikitina, Andrzej Krawczyk
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Abstract

Effective interpersonal communication is of key importance in the professional environment, but above all in private life. People with hearing problems find it difficult to communicate their thoughts and feelings to the outside world. To enable them to communicate, sign language was created, to be a bridge between the world of deaf people and the world of people without hearing impairment. Every day it is difficult to find people who are not deaf, and who can use sign language. In this paper, the authors describe the methods used for communication between people hard of hearing and people with normal audible range. The article presents the solutions that use vision systems available at the world market as well as descriptions of gloves enabling the mentioned communication. Additionally, the authors describe a self-made glove that is used to translate letters from sign language into text or speech. For this purpose, as detectors of the degree of finger bending, the sensors built based on textile substrates with thin metallic layers, changing their resistance depending on the degree of finger bending are used. The effectiveness of repeating hand gestures in the proposed solution is 86.5%, with 520 hand gestures symbolizing the letters of the Polish alphabet.
手语的可穿戴解决方案
有效的人际沟通在职业环境中至关重要,但在私人生活中尤为重要。有听力问题的人很难与外界交流他们的想法和感受。为了使他们能够交流,手语被创造出来,成为聋哑人世界和无听障人士世界之间的桥梁。每天都很难找到不聋的人,能使用手语的人。在本文中,作者描述了用于重听人和正常听觉范围的人之间交流的方法。本文介绍了使用世界市场上可用的视觉系统的解决方案,以及实现上述通信的手套的描述。此外,作者还描述了一种自制手套,用于将手语中的字母翻译成文本或语音。为此,作为手指弯曲程度的检测器,采用基于薄金属层的纺织基板的传感器,其电阻随手指弯曲程度的变化而变化。在提出的解决方案中,重复手势的有效性为86.5%,其中520个手势代表波兰字母。
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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