Difference:
BiomechanicalBipedsToDo
(4 vs. 5)
Revision 5
2009-03-11 -
PhilippeBeaudoin
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META TOPICPARENT
name="BiomechanicalBipeds"
Real-time Control of Walking for Biomechanical Models of Bipeds, TODO List
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Research TODO
[DONE]
Read Simulation of Walking
http://nmbl.stanford.edu/publications/pdf/Anderson2006.pdf
Comments
Read
OpenSim
http://nmbl.stanford.edu/publications/pdf/Delp2007.pdf
Comments
Discuss with Stelian of his implementation
Line: 10 to 12
Understand the various concepts used in the muscle model of
SimulationOfWalkingComments
Read citations 93, 95 (faster simulations) and 39, 61, 92, 94 (reflex/feedback models) in
SimulationOfWalkingComments
Install
AnyBody
, read documentation on
http://www.anybodytech.com/
, learn more on the project on
http://www.anybody.aau.dk/
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Read more on Hill-based muscle model
Think of various ways to transform torque into muscle activations
Linearize torque-to-activation function at every time step
Use standard torque-based Simbicon to converge to limit cycle, then linearize torque-to-activation function around this
Development TODO
Get a forward-simulation of a balancing simbicon character with a muscle-activated knee
Discover muscle activation patterns and feedback gains from existing simbicon controllers
Forward simulation of simple muscles
[DONE]
Rough object-oriented design
Implement muscle attachment class
Implement muscle class
Implement Hill-based muscle class
Implement specification of forward muscle activation curves
Integrate muscle classes with simbicon simulation
Discovery of muscle activation patterns
Decide on an approach
Rough object-oriented design
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