최적화기법에 의한 근육-건 모델 파라미터들의 추정

Estimation of Muscle-tendon Model Parameters Based on a Numeric Optimization
  • 남윤수

초록

The analysis of human movement requires the knowledge of the Hill type muscle parameters, the muscle-tendon and moment arm length change as a function of joint angles. However, values of a subject’s muscle parameters are very difficult to identify. It turns out from a sensitivity analysis that the tendon slack length and maximum muscle force are the two critical parameters among the Hill-type muscle model. Therefore, it could be claimed that the variation of the tendon slack length and maximum muscle force from the Delp’s reference data will change the muscle characteristics of a subject remarkably. A numeric optimization method to search these tendon parameters specific to a subject is proposed, and the accuracy of the developed algorithm is evaluated through a numerical simulation.

키워드

Hill Type Muscle Model (Hill의 근육모델)Tendon Slack Length (건의 슬랙길이)Optimization (최적화)Sensitivity Analysis (민감도 해석)Knee Joint Moment (무릎관절 모멘트)
제목
최적화기법에 의한 근육-건 모델 파라미터들의 추정
제목 (타언어)
Estimation of Muscle-tendon Model Parameters Based on a Numeric Optimization
저자
남윤수
발행일
2009-06
유형
Y
저널명
한국정밀공학회지
26
6
페이지
122 ~ 130