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Robotics / Walking / Gait / Canter / Running / LOPES / Gait analysis / Locomotion / Motion / Biomechanics


Minimalistic Control of a Compass Gait Robot in Rough Terrain Fumiya Iida and Russ Tedrake Abstract— Although there has been an increasing interest in dynamic bipedal locomotion for significant improvement of energy ef
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Document Date: 2009-02-15 23:51:28


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Company

ROUGH TERRAIN / Coleman / Artificial Intelligence Laboratory / /

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Event

FDA Phase / Movie Release / /

Facility

Massachusetts Institute of Technology / /

IndustryTerm

search process / larger energy / mechanical energy constraint / artificial neural network / motion capture systems / energy-based control laws / energy efficiency / depth-first algorithm / /

Movie

A.D. / /

Organization

National Science Foundation / Massachusetts Institute of Technology / Motor Command Motor Command / World Congress / Swiss National Science Foundation / /

Person

Biological Cybernetics / /

/

Position

passive dynamic bipedal walking model / PD controller / proposed low-level motor controller / proposed controller / This controller / aforementioned openloop controller / simple controller / open-loop low-level motor controller / open-loop controller / feedback controller / controller / A. Feedback Controller / /

Product

HSR-5980SG / /

ProvinceOrState

Massachusetts / /

PublishedMedium

PLoS Computational Biology / /

Technology

neural network / simulation / /

SocialTag