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[기계전공세미나-열공학,정밀기계설계특강2] System identification of wave propagation dynamics
금주 세미나를 마지막으로, 2008학년도 2학기 열공학특강, 정밀기계설계특강2 과목은 종강이 됩니다.
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1. 제목 : System identification of wave propagation dynamics in the cardiovascular system for heart health monitoring
2. 일시 : 2008년 12월 12일 (금) 16:30-17:30
3. 장소 : 서울대학교 신공학관 301동 105호
4. 연사 : 한진오 박사
5. 연사 약력 :
2008-present Process Engineer, Etch Core Technologies Group, Lam Research Corporation,
CA, USA
2004-2008 PhD, Department of Mechanical Engineering,
Massachusetts Institute of Technology, MA, USA
2001-2004 Full-Time Academic Instructor, Department of Mechanical Engineering,
Korea Air Force Academy, Cheongwon, Korea
1999-2000 Visiting Researcher, Advanced Controls and Microsensors Laboratory,
University of Minnesota, MN, USA
1997-1999 MS, Department of Mechanical Design & Production Engineering,
Seoul National University 1993-1997 BS, Department of Mechanical Design & Production Engineering,
Seoul National University
6. 내용요약 :
In this presentation, we propose and demonstrate a novel system-identification-based
method for heart health monitoring problem, one of the key problems in the biomedical
engineering area. We view the cardiovascular system as a class of dynamic wave propagation
system and present a method to identify its dynamics and reconstruct the blood pressure
and flow signals near the heart by processing circulatory signals measured at extremity
locations of the body, e.g. arm, leg, finger and so on. As a technical basis for the proposed
method, we provide a condition under which this class of systems is identifiable. We also
show that this condition can be achieved by appropriate system design. The reconstructed
signals may replace the direct invasive measurements currently widespread in clinical
practice. The heart disease (i.e. the cardiovascular disease) is one of the most prevalent
diseases in the world. In US, for instance, approximately 1/3 of all the adult population is
suffering from heart-related diseases such as hypertention, coronary heart disease and stroke,
and it has been #1 single cause of death in the 20th century. Therefore, there are a plenty of
opportunities to help out this population by developing heart health monitoring methods
and devices (or more generally, central cardiovascular health monitoring).
7. 문의 : 기계항공공학부 조규진 교수(☏ 880-1703)
===========================================================================================
1. 제목 : System identification of wave propagation dynamics in the cardiovascular system for heart health monitoring
2. 일시 : 2008년 12월 12일 (금) 16:30-17:30
3. 장소 : 서울대학교 신공학관 301동 105호
4. 연사 : 한진오 박사
5. 연사 약력 :
2008-present Process Engineer, Etch Core Technologies Group, Lam Research Corporation,
CA, USA
2004-2008 PhD, Department of Mechanical Engineering,
Massachusetts Institute of Technology, MA, USA
2001-2004 Full-Time Academic Instructor, Department of Mechanical Engineering,
Korea Air Force Academy, Cheongwon, Korea
1999-2000 Visiting Researcher, Advanced Controls and Microsensors Laboratory,
University of Minnesota, MN, USA
1997-1999 MS, Department of Mechanical Design & Production Engineering,
Seoul National University 1993-1997 BS, Department of Mechanical Design & Production Engineering,
Seoul National University
6. 내용요약 :
In this presentation, we propose and demonstrate a novel system-identification-based
method for heart health monitoring problem, one of the key problems in the biomedical
engineering area. We view the cardiovascular system as a class of dynamic wave propagation
system and present a method to identify its dynamics and reconstruct the blood pressure
and flow signals near the heart by processing circulatory signals measured at extremity
locations of the body, e.g. arm, leg, finger and so on. As a technical basis for the proposed
method, we provide a condition under which this class of systems is identifiable. We also
show that this condition can be achieved by appropriate system design. The reconstructed
signals may replace the direct invasive measurements currently widespread in clinical
practice. The heart disease (i.e. the cardiovascular disease) is one of the most prevalent
diseases in the world. In US, for instance, approximately 1/3 of all the adult population is
suffering from heart-related diseases such as hypertention, coronary heart disease and stroke,
and it has been #1 single cause of death in the 20th century. Therefore, there are a plenty of
opportunities to help out this population by developing heart health monitoring methods
and devices (or more generally, central cardiovascular health monitoring).
7. 문의 : 기계항공공학부 조규진 교수(☏ 880-1703)