Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots :
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots :
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
location:
Helsinki
organizer:
Aalto University School of Electrical Engineering, Department of Automation and Systems Technology
publisher
Aalto University School of Electrical Engineering, Department of Automation and Systems Technology
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors
Towards energy-efficient limit-cycle walking in biped service robots : design analysis, modeling and experimental study of biped robot actuated by linear motors