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SS8 MOVE Wednesday:24-02-2010 Session Time:
4.20pm-7.10pm
168
Scaling of biomechanical models, a comparison: motion-tracking markers vs. Anatomical landmarks from MRI
Reinhard Hainisch
M.Z. Karim, A.Kranzl, M.Gföhler, M. Pandy
Vienna University of Technology, Austria
60
Postural adjustments of an animal model of Parkinson’s disease during over-ground locomotion
JK Madete
Fuller A, Klein A. , Trueman R , Dunnett S. B., Rosser A.E., Holt C.A.
Cardiff University, UK
86
An inverse dynamic model of the human limb for estimating the relevant forces in the human knee. Application to sport activities.
N. Farhat
MATA, V.; ROSA, D.; FAYOS, J.; PEIRAU, X.
Universidad Politecnica de Valencia, Spain
100
Robustness analysis of musculoskeletal modeling of CP gait
R. Taysir
Fabrice MEGROT , Frederic MARIN
Université de Technologie de Compiègne, France
131
Development of a Patient Specific 3D Musculoskeletal Model: Application to the simulation of the effect of the orthosis on the gait of a Post Polio Residual Paralysis (PPRP) subject
Tien Tuan Dao
Philippe POULETAUT, Frédéric MARIN, Marie-Christine HO BA THO
University of Technology of Compiègne, France
155
New stability based optimization criterion allows prediction of antagonistic muscle forces in inverse dynamics models
Daniel Nolte
Karol Tarcak, Uwe Wolfram, Lutz Claes, Karsten Urban, Ulrich Simon
University of Ulm, Germany
82
Analysis of segment energy transfer using musculoskeletal models in a high speed badminton stroke
John Rasmussen
Maxine Kwan, Michael Skipper Andersen, Mark de Zee
Aalborg University, Denmark
169
Objective classification of osteoarthritic, non-pathological and total knee replacement function using stair-gait functional variables
GM Whatling
B Lovern, C Wilson, CA Holt
Cardiff University, UK
174
A method for scaling muscle attachment locations: practical considerations to increase its accuracy
Carlos Andrade
Ricardo Matias, António Prieto Veloso
University of Lisbon
184
Assessment of knee kinematics and kinetics during gait using optimised motion capture and musculoskeletal modelling
Peter Worsley
Mark Taylor, Maria Stokes
University of Southampton, UK
202
The significance of passive stiffness to a computational musculoskeletal spine model of a seated human
Christian Gammelgaard Olesen
Aalborg University, Denmark
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