Dutch Robotics 2011 adult-size team description

This document presents the 2011 edition of the team Dutch Robotics from The Netherlands. Our team gathers three Dutch technical universities, namely Delft University of Technology, Eindhoven University of Technology and University of Twente, and the commercial company Philips. We contribute an adult-size humanoid robot TUlip, which is designed based on theory of the limit cycle walking developed in our earlier research. The key of our theory is that stable periodic walking gaits can be achieved even without high-bandwidth robot position control. Our control approach is based on simultaneous po... Mehr ...

Verfasser: Zutven, PWM Pieter van
Mironchyk, P
Çilli, C Can
Steur, E Erik
Ilhan, E Esin
Caarls, J Jurjen
Pieters, RS Roel
Filiz, A Atilla
Heijkoop, P
Boer, T de
Smorenberg, A
Breda, E van
Liqui Lung, G
Wilbers, F
Plooij, C
Hoorn, G van der
Kiemel, S
Reinink, R
Dertien, E
Oort, G van
Kostic, D Dragan
Nijmeijer, H Henk
Wisse, M Martijn
Jonker, PP Pieter
Carloni, R
Stramigioli, S
Warmerdam, TPH
Erscheinungsdatum: 2011
Verlag/Hrsg.: RoboCup
Sprache: Englisch
Permalink: https://search.fid-benelux.de/Record/base-27450043
Datenquelle: BASE; Originalkatalog
Powered By: BASE
Link(s) : http://repository.tue.nl/717477

This document presents the 2011 edition of the team Dutch Robotics from The Netherlands. Our team gathers three Dutch technical universities, namely Delft University of Technology, Eindhoven University of Technology and University of Twente, and the commercial company Philips. We contribute an adult-size humanoid robot TUlip, which is designed based on theory of the limit cycle walking developed in our earlier research. The key of our theory is that stable periodic walking gaits can be achieved even without high-bandwidth robot position control. Our control approach is based on simultaneous position and force control. For accurate force control, we make use of the Series Elastic Actuation. The control software of TUlip is based on the Darmstadt’s RoboFrame, and it runs on a PC104 computer with Linux Xenomai. The vision system consists of two wide-angle cameras, each interfaced with a dedicated Blackfin processor running vision algorithms, and a wireless networking interface.