Program Board
Program Chair:
Vincent G. Duffy, United States
Vincent G. Duffy, United States
Program Board Members
- Karim Abdel-Malek, United States
- Giuseppe Andreoni, Italy
- Thomas J. Armstrong, United States
- Norman I. Badler, United States
- Fethi Calisir, Turkey
- Daniel Carruth, United States
- Keith Case, United Kingdom
- Julie Charland, Canada
- Yaobin Chen, United States
- Kathryn Cormican, Ireland
- Daniel A. DeLaurentis, United States
- Yingzi Du, United States
- Okan Ersoy, United States
- Enda Fallon, Ireland
- Yan Fu, P.R. China
- Afzal Godil, United States
- Ravindra Goonetilleke, Hong Kong
- Anand Gramopadhye, United States
- Lars Hanson, Sweden
- Pheng Ann Heng, Hong Kong
- Bo Hoege, Germany
- Hongwei Hsiao, United States
- Tianzi Jiang, P.R. China
- Nan Kong, United States
- Steven A. Landry, United States
- Kang Li, United States
- Zhizhong Li, P.R. China
- Tim Marler, United States
- Ahmet F. Ozok, Turkey
- Srinivas Peeta, United States
- Sudhakar Rajulu, United States
- Matthias Rötting, Germany
- Matthew Reed, United States
- Johan Stahre, Sweden
- Mao-Jiun Wang, Taiwan
- Xuguang Wang, France
- Jingzhou (James) Yang, United States
- Gulcin Yucel, Turkey
- Tingshao Zhu, P.R. China
Indicative topics/keywords of the broad spectrum of issues addressed:
- Active Safety
- Agent Based Modeling & Training
- Anthropology
- Career Opportunities
- Cognitive Modeling
- Comfort, Lift & Reach Modeling
- Computer Aided Ergonomics Analysis
- Data Mining
- Design for Limited Mobility Users
- Digital Visible Human
- Driving Safety and Human Performance
- Economic Impact
- Engineering Systems & Healthcare Delivery
- Guidelines for Tool Selection
- Healthcare IT & Predicting Adoption
- Historical Perspectives
- Impact Biomechanics
- Medical Simulations
- Modeling Fundamentals and Methods (and Anthropometry)
- Motion Prediction and Motion Capture
- Posture Prediction and Analysis
- Safety Systems Integration
- Simulation and Optimization
- Supercomputing Applications
- System of Systems
- Transportation Human Factors
- Verification and Validation
- Virtual Physiological Human
