Our Humanoid Robot LOLA pre-simulates motions to better walk over complicated terrain @AppliedMechanicsTUM
Our Humanoid Robot LOLA pre-simulates motions to better walk over complicated terrain  @AppliedMechanicsTUM
Uploaded August 2017 | Updated September 2026, 5 hours ago
Kinematic Optimization for Bipedal Robots

In this video we show the result of our latest optimization algorithm: by pre-simulating the robot motion, taking its kinematics into account, we can generate better movements, exploiting the redundant kinematics of the robot.

Check out our open source repositories!
github.com/am-lola
Our Humanoid Robot LOLA pre-simulates motions to better walk over complicated terrainTeleoperation with an Agricultural Robot - collision and joint limit avoidanceHierarchical Control of First-Order Differential KinematicsCROPS Manipulator (Generation 2) picking sweet-pepper in greenhouseCROPS Manipulator (Generation 1) - Self Collision AvoidanceAutomatic swing - a parametric oscillatorCROPS Manipulator (Generation 2) in 7 DOF configuration picking sweet-pepper in labHumanoid Robot LOLA stepping on unmodelled obstaclesSpherical Cubic Blends: Smooth Trajectory Generation with QuaternionsStereoscopic High Speed Camera Based Operational Modal Analysis using a One-Camera SetupTutorial: Introduction to Inkscape (Inkscape Einführung)
TUM Chair of Applied Mechanics |

Our Humanoid Robot LOLA pre-simulates motions to better walk over complicated terrain

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