Speech Recognition for Aphasia Treatment Based on OpenEars
碩士 === 國立中山大學 === 資訊管理學系研究所 === 101 === In Taiwan, there are thousands of aphasic patients who need professional rehabilitation service. The shortage of therapists causes two problems: 1) not all patients can make clinic appointment at the desired time and 2) the average length of rehabilitation ses...
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ndltd-TW-101NSYS53960432015-10-13T22:40:48Z http://ndltd.ncl.edu.tw/handle/64266535606507881740 Speech Recognition for Aphasia Treatment Based on OpenEars 基於OpenEars的語音辨識用於失語症治療 You-sheng Shiu 徐有盛 碩士 國立中山大學 資訊管理學系研究所 101 In Taiwan, there are thousands of aphasic patients who need professional rehabilitation service. The shortage of therapists causes two problems: 1) not all patients can make clinic appointment at the desired time and 2) the average length of rehabilitation session is reduced. These patients need a way to satisfy the need and improve the quality of aphasic treatment. Dephasia is a computer system for aphasic rehabilitation based on Web and iPad. In this thesis, we proposed a way to provide real-time evaluation for Chinese speech input in aphasic treatment on the client-side for two types of questions, namely repeating sentence and naming practice. This extension is based on OpenEars, a free shared-source SDK for iPhone Voice Recognition and text to speech. We propose some designs and modification to adapt the system to aphasic treatment. We evaluate our proposed approach using 156 samples from 10 different patients. The evaluation is based on accuracy and efficiency running on iPad2, iPad4 and MBP. The result shows that for ordinary recordings, the Pearson correlation between scores given by proposed solution and the therapists could reach up to 0.59, and the recognition time is within 5 seconds. The result shows that it is possible to apply speech recognition to speech therapy to provide real-time feedback on client-side. San-Yih Hwang 黃三益 2013 學位論文 ; thesis 67 en_US |
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碩士 === 國立中山大學 === 資訊管理學系研究所 === 101 === In Taiwan, there are thousands of aphasic patients who need professional rehabilitation service. The shortage of therapists causes two problems: 1) not all patients can make clinic appointment at the desired time and 2) the average length of rehabilitation session is reduced. These patients need a way to satisfy the need and improve the quality of aphasic treatment.
Dephasia is a computer system for aphasic rehabilitation based on Web and iPad. In this thesis, we proposed a way to provide real-time evaluation for Chinese speech input in aphasic treatment on the client-side for two types of questions, namely repeating sentence and naming practice. This extension is based on OpenEars, a free shared-source SDK for iPhone Voice Recognition and text to speech. We propose some designs and modification to adapt the system to aphasic treatment.
We evaluate our proposed approach using 156 samples from 10 different patients. The evaluation is based on accuracy and efficiency running on iPad2, iPad4 and MBP. The result shows that for ordinary recordings, the Pearson correlation between scores given by proposed solution and the therapists could reach up to 0.59, and the recognition time is within 5 seconds. The result shows that it is possible to apply speech recognition to speech therapy to provide real-time feedback on client-side.
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author2 |
San-Yih Hwang |
author_facet |
San-Yih Hwang You-sheng Shiu 徐有盛 |
author |
You-sheng Shiu 徐有盛 |
spellingShingle |
You-sheng Shiu 徐有盛 Speech Recognition for Aphasia Treatment Based on OpenEars |
author_sort |
You-sheng Shiu |
title |
Speech Recognition for Aphasia Treatment Based on OpenEars |
title_short |
Speech Recognition for Aphasia Treatment Based on OpenEars |
title_full |
Speech Recognition for Aphasia Treatment Based on OpenEars |
title_fullStr |
Speech Recognition for Aphasia Treatment Based on OpenEars |
title_full_unstemmed |
Speech Recognition for Aphasia Treatment Based on OpenEars |
title_sort |
speech recognition for aphasia treatment based on openears |
publishDate |
2013 |
url |
http://ndltd.ncl.edu.tw/handle/64266535606507881740 |
work_keys_str_mv |
AT youshengshiu speechrecognitionforaphasiatreatmentbasedonopenears AT xúyǒushèng speechrecognitionforaphasiatreatmentbasedonopenears AT youshengshiu jīyúopenearsdeyǔyīnbiànshíyòngyúshīyǔzhèngzhìliáo AT xúyǒushèng jīyúopenearsdeyǔyīnbiànshíyòngyúshīyǔzhèngzhìliáo |
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1718079663844098048 |