Recognition of sign language with an inertial sensor-based data glove
Communication between people with normal hearing and hearing impairment is difficult. Recently, a variety of studies on sign language recognition have presented benefits from the development of information technology. This study presents a sign language recognition system using a data glove composed...
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Published in | Technology and health care Vol. 24 Suppl 1; no. s1; pp. S223 - S230 |
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Main Authors | , , , , |
Format | Journal Article |
Language | English |
Published |
Netherlands
08.12.2015
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Subjects | |
Online Access | Get full text |
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Abstract | Communication between people with normal hearing and hearing impairment is difficult. Recently, a variety of studies on sign language recognition have presented benefits from the development of information technology. This study presents a sign language recognition system using a data glove composed of 3-axis accelerometers, magnetometers, and gyroscopes. Each data obtained by the data glove is transmitted to a host application (implemented in a Window program on a PC). Next, the data is converted into angle data, and the angle information is displayed on the host application and verified by outputting three-dimensional models to the display. An experiment was performed with five subjects, three females and two males, and a performance set comprising numbers from one to nine was repeated five times. The system achieves a 99.26% movement detection rate, and approximately 98% recognition rate for each finger's state. The proposed system is expected to be a more portable and useful system when this algorithm is applied to smartphone applications for use in some situations such as in emergencies. |
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AbstractList | Communication between people with normal hearing and hearing impairment is difficult. Recently, a variety of studies on sign language recognition have presented benefits from the development of information technology. This study presents a sign language recognition system using a data glove composed of 3-axis accelerometers, magnetometers, and gyroscopes. Each data obtained by the data glove is transmitted to a host application (implemented in a Window program on a PC). Next, the data is converted into angle data, and the angle information is displayed on the host application and verified by outputting three-dimensional models to the display. An experiment was performed with five subjects, three females and two males, and a performance set comprising numbers from one to nine was repeated five times. The system achieves a 99.26% movement detection rate, and approximately 98% recognition rate for each finger's state. The proposed system is expected to be a more portable and useful system when this algorithm is applied to smartphone applications for use in some situations such as in emergencies. |
Author | Ryu, Mun-Ho Kim, Je-Nam Lee, Mi-So Soon, Bo-Ram Kim, Kyung-Won |
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BackLink | https://www.ncbi.nlm.nih.gov/pubmed/26444804$$D View this record in MEDLINE/PubMed |
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Keywords | inertial sensor Data glove sign language recognition accelerometer |
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Title | Recognition of sign language with an inertial sensor-based data glove |
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