IIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS

One way to increase accessibility in media is through the provision of closed captions. Closed captions can be displayed in real time with speech recognition based on acoustic signals, however, the quality of acoustic signals is influenced by the speaker and the surroundin...

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Main Author: Kostoglidis, Zoei
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/56352
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:56352
spelling id-itb.:563522021-06-22T08:10:07ZIIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS Kostoglidis, Zoei Indonesia Final Project accessibility, facial electromyography, public speaker INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/56352 One way to increase accessibility in media is through the provision of closed captions. Closed captions can be displayed in real time with speech recognition based on acoustic signals, however, the quality of acoustic signals is influenced by the speaker and the surrounding environment, so it has its own limitations. The "how" (expression) and"what" (speech) aspects conveyed by the speaker are also important in communication. The acoustic limitations and aspects of communication can be handled with electromyography technology, which is a technology that detects electrical energy in musclesandprocessesthe datathrough with acomputer. This technologyis utilized in this research to design a devicewhich can be used to improve accessibility in media. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description One way to increase accessibility in media is through the provision of closed captions. Closed captions can be displayed in real time with speech recognition based on acoustic signals, however, the quality of acoustic signals is influenced by the speaker and the surrounding environment, so it has its own limitations. The "how" (expression) and"what" (speech) aspects conveyed by the speaker are also important in communication. The acoustic limitations and aspects of communication can be handled with electromyography technology, which is a technology that detects electrical energy in musclesandprocessesthe datathrough with acomputer. This technologyis utilized in this research to design a devicewhich can be used to improve accessibility in media.
format Final Project
author Kostoglidis, Zoei
spellingShingle Kostoglidis, Zoei
IIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS
author_facet Kostoglidis, Zoei
author_sort Kostoglidis, Zoei
title IIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS
title_short IIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS
title_full IIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS
title_fullStr IIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS
title_full_unstemmed IIABSTRACTDESIGNOF A SPEECH & EXPRESSION RECOGNITION DEVICE USING FACIAL ELECTROMYOGRAPHY (FEMG)TECHNOLOGYFOR PUBLIC SPEAKERS
title_sort iiabstractdesignof a speech & expression recognition device using facial electromyography (femg)technologyfor public speakers
url https://digilib.itb.ac.id/gdl/view/56352
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