Detail publikace
Biomechnically Based Muscle Model for Dynamic Computer Animation
Originální název
Biomechnically Based Muscle Model for Dynamic Computer Animation
Anglický název
Biomechnically Based Muscle Model for Dynamic Computer Animation
Jazyk
en
Originální abstrakt
Simulation of dynamic motion of soft tissues is one of the most
important topic in nowadays computer animation of human body. So far
various elastically deformable models were used for this purpose. We
present the extension of model proposed in [Terzopoulos et al 1988]
with volume preserving constraint. We provide also evaluation of the
constraint accuracy on two simulation experiments. Furthermore we add
model of active and passive force generated by musculo-tendon unit
using Zajac's bio-mechanical model. We use Finite Difference Method for
resolution of continuous partial differential equations of internal
elastic forces of the model in space. We integrate resulting ordinary
differential equations of motion using various explicit and implicit
methods.
Anglický abstrakt
Simulation of dynamic motion of soft tissues is one of the most
important topic in nowadays computer animation of human body. So far
various elastically deformable models were used for this purpose. We
present the extension of model proposed in [Terzopoulos et al 1988]
with volume preserving constraint. We provide also evaluation of the
constraint accuracy on two simulation experiments. Furthermore we add
model of active and passive force generated by musculo-tendon unit
using Zajac's bio-mechanical model. We use Finite Difference Method for
resolution of continuous partial differential equations of internal
elastic forces of the model in space. We integrate resulting ordinary
differential equations of motion using various explicit and implicit
methods.
BibTex
@inproceedings{BUT17353,
author="Martin {Dobšík} and Michael {Frydrych}",
title="Biomechnically Based Muscle Model for Dynamic Computer Animation",
annote="Simulation of dynamic motion of soft tissues is one of the most
important topic in nowadays computer animation of human body. So far
various elastically deformable models were used for this purpose. We
present the extension of model proposed in [Terzopoulos et al 1988]
with volume preserving constraint. We provide also evaluation of the
constraint accuracy on two simulation experiments. Furthermore we add
model of active and passive force generated by musculo-tendon unit
using Zajac's bio-mechanical model. We use Finite Difference Method for
resolution of continuous partial differential equations of internal
elastic forces of the model in space. We integrate resulting ordinary
differential equations of motion using various explicit and implicit
methods.
",
address="Kluwer Verlag",
booktitle="International Conference on Computer Vision and Graphics 2004",
chapter="17353",
edition="Computational Imaging and Vision",
institution="Kluwer Verlag",
year="2004",
month="september",
pages="448",
publisher="Kluwer Verlag",
type="conference paper"
}