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Learning movement primitives from optimal and dynamically feasible trajectories for humanoid walking.

, , , and . Humanoids, page 866-873. IEEE, (2015)

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Learning movement primitives from optimal and dynamically feasible trajectories for humanoid walking., , , and . Humanoids, page 866-873. IEEE, (2015)Modeling Speed-, Load-, and Position-Dependent Friction Effects in Strain Wave Gears., , , , , , and . ICRA, page 2095-2102. IEEE, (2018)An Inverse Optimal Control Approach for the Transfer of Human Walking Motions in Constrained Environment to Humanoid Robots., and . Robotics: Science and Systems, (2016)Inverse optimal control based identification of optimality criteria in whole-body human walking on level ground., , , and . BioRob, page 1192-1199. IEEE, (2016)Combined Analysis of Energy Consumption and Expected Service Life of a Robotic System., , , and . ICMRE, page 53-57. IEEE, (2020)Supporting robot application development using a distributed learning approach., , , , and . ICPS, page 442-445. IEEE, (2020)A Methodological Approach to Facilitate the Design of Flexible and Efficient Multi-Application Systems for HRC., and . HRI (Companion), page 107-111. ACM, (2023)Optimization based analysis of push recovery during walking motions to support the design of lower-limb exoskeletons., , and . SIMPAR, page 224-231. IEEE, (2016)Building Skill Learning Systems for Robotics., , , , and . CASE, page 1878-1883. IEEE, (2021)A new template model for optimization studies of human walking on different terrains., and . Humanoids, page 500-505. IEEE, (2014)