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SVM을 이용한 음성 사상체질 분류 알고리즘

Voice Classification Algorithm for Sasang Constitution Using Support Vector Machine

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조회

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참고문헌

키워드

주제분류한의학

초록

1. Objectives Voice diagnosis has been used to classify individuals into the Sasang constitution in SCM(Sasang Constitution Medicine) and to recognize his/her health condition in TKM(Traditional Korean Medicine). In this paper, we purposed a new speech classification algorithm for Sasang constitution. 2. Methods This algorithm is based on the SVM(Support Vector Machine) technique, which is a classification method to classify two distinct groups by finding voluntary nonlinear boundary in vector space. It showed high performance in classification with a few numbers of trained data set. We designed for this algorithm using 3 SVM classifiers to classify into 4 groups, which are composed of 3 constitutional groups and additional indecision group. 3. Results For the optimal performance, we found that 32.2% of the voice data were classified into three constitutional groups and 79.8% out of them were grouped correctly. 4. Conclusions This new classification method including indecision group appears efficient compared to the standard classification algorithm which classifies only into 3 constitutional groups. We find that more thorough investigation on the voice features is required to improve the classification efficiency into Sasang constitution.

Abstract

1. Objectives Voice diagnosis has been used to classify individuals into the Sasang constitution in SCM(Sasang Constitution Medicine) and to recognize his/her health condition in TKM(Traditional Korean Medicine). In this paper, we purposed a new speech classification algorithm for Sasang constitution. 2. Methods This algorithm is based on the SVM(Support Vector Machine) technique, which is a classification method to classify two distinct groups by finding voluntary nonlinear boundary in vector space. It showed high performance in classification with a few numbers of trained data set. We designed for this algorithm using 3 SVM classifiers to classify into 4 groups, which are composed of 3 constitutional groups and additional indecision group. 3. Results For the optimal performance, we found that 32.2% of the voice data were classified into three constitutional groups and 79.8% out of them were grouped correctly. 4. Conclusions This new classification method including indecision group appears efficient compared to the standard classification algorithm which classifies only into 3 constitutional groups. We find that more thorough investigation on the voice features is required to improve the classification efficiency into Sasang constitution.

참고문헌 (10)

  1. "WHO International Standard Terminologies on Traditional Medicine in The Western Pacific Region"[URL]
  2. 김달래, "동의수세보원초고" (1999), 청담
  3. 조동욱, "음성 신호 분석에 의한 사상 체질 분류", 한국통신학회논문지C, 31(5), pp.548~555 (2006), 한국통신학회
  4. 문승재, "음성학적으로 본 사상체질", 말소리, (55), pp.1~14 (2005), 대한음성학회
  5. V. N. Vapnik, "Statistical Learning Theory" (1988), Wiley
  6. 김창근, "SVM 음성인식기 구현을 위한 강인한 특징 파라메터", 전자공학회논문지 - SP, 41(03), pp.385~390 (2004), 대한전자공학회
  7. 최재완, "四象體質音聲分析機(PSSC)를 통한 한국인 成人男性의 體質別 音響特性硏究 - 短文을 중심으로 -", 사상체질의학회지, 18(3), pp.64~74 (2006), 사상체질의학회
  8. 윤지영, "四象體質音聲分析機(PSSC)를 통한 한국인 成人女性의 體質別 音響特性硏究 - 短文을 중심으로 -", 사상체질의학회지, 18(3), pp.75~93 (2006), 사상체질의학회
  9. <오감형 센서기반 체질건강 모니터링 시스템>을 위한 사상체질진단과 변증에 대한 임상정보, "지식 구축", 2007
  10. 강재환, "음성을 이용한 사상체질 분류 알고리즘", 말소리와 음성과학, 1(3), pp.155~163 (2009), 한국음성학회

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