基于手套的聋哑手语翻译

Santosh S Kumar, R. Gatti, Sunil K N Kumar, N. Nataraja, Rajendra P Prasad, T. Sarala
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引用次数: 9

摘要

聋人与普通人之间的沟通一直是一个挑战。世界上大多数属于这一类的人往往被普通人所忽视。作为聋哑人,他们使用手语以一种常人难以理解的方式进行交流。为了克服与外界的沟通差距,采用了基于微处理器的手语翻译器来处理数据传输操作。采用基于树莓派的微处理器作为小型微型计算机来控制六轴MPU6050的运行。,用于检测手语。三轴加速度计用于检测手的倾斜。伸缩传感器模块通过外接模数转换器MCP3008与微处理器连接。根据从MPU6050和MPU3008接收到的数据做出发送消息的决策。所提出的系统能够将不同的符号转换为文本和语音信息。它被训练为不同的符号,并有效地工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Glove Based Deaf-Dumb Sign Language Interpreter
Communication between the deaf and the common man has always been challenging. Most people in the world who fall into this category are often overlooked by ordinary people. As deaf people they use sign language to communicate in a way that is difficult for ordinary people to understand. To overcome the communication gap with outside world a microprocessor-based Sign Language Interpreter is employed to handle data transfer operations. A Raspberry Pi based microprocessor is used as a compact microcomputer designed to govern the operation of six axis MPU6050., used for the detection of sign language. A triaxial accelerometer is used to detect the tilt of the hand. The flex sensor module is interfaced with the microprocessor through MCP3008 which is an external analog-to-digital converter. The decision making for sending message based on the data received from the MPU6050 and MPU3008. The proposed system is able to convert the different signs into the text and voice message. It is trained for the different symbols and works effecrivcly.
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