Journal of Vibration and Control · 2008 · 78 citations · 4 references
Life SciencesPhysiologyZoologyBiological Systems ModelingBiomechanicsPhysiological Systems ModelingBiomechanical AnalysisBiomechanical ModelingComputational BiomechanicsMuscle MechanicsMuscle MechanobiologyMuscle PhysiologyFibre IdentificationFractional Response ModelsModel IdentificationMuscle Activation ModelingMuscle ModelingMuscle Simulation ModelingNeuromuscular ModelingRelaxation Phenomena
In this article, frog gastrocnemius muscles are studied, and a multi-model identification presented. A transfer function is defined with few parameters to simulate striated muscle (Gastroctnemius) behaviour, for inclusion in a future real-time salamander computer model. A two-model structure permits description of both contraction and relaxation properties. Here, two physiological influences, fatigue and fibre types, are taken into account. A multi-model structure for each fibre type (fast (IIB), intermediate (IIA) and slow (I) fibres) is also used for inclusion in a future agonist-antagonist structure computer model.
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Philippe Ravier, Olivier Buttelli, Rachid Jennane et al. · Journal of Electromyography and Kinesiology · 2004 · 71 citations