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Hovering Control of Outdoor Blimp Robots Based on Path Following.

, , , and . J. Robotics Mechatronics, 23 (2): 207-214 (2011)

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Generation of large pulling force by a mobile manipulator through singular configuration., , and . ROBIO, page 408-414. IEEE, (2015)Efficient pulling motion of a two-link robot arm near singular configuration., , and . IROS, page 1372-1377. IEEE, (2010)Motion control of a two-wheeled mobile robot., , and . Adv. Robotics, 15 (7): 711-728 (2001)Landing Motion of a Legged Robot with Impact Force Reduction and Joint Torque Minimization., , and . RVSP, page 259-264. IEEE Computer Society, (2013)Efficient Energy Supply from Joint Torques near Singular Configurations for a Two-link Robot Arm with Joint Friction., , and . SII, page 1193-1198. IEEE, (2020)Feedback control of a two wheeled mobile robot with obstacle avoidance using potential functions., , and . IROS, page 2428-2433. IEEE, (2004)Singularity-based mechanism with high responsiveness., , and . IROS, page 4207-4212. IEEE, (2010)A Study on Efficient LiDAR-based Localization with Initial Pose Estimation., , and . SII, page 985-990. IEEE, (2020)Analysis of task feasibility for a home robot using prismatic joints., , , and . IROS, page 2370-2376. IEEE, (2010)Dynamic advantages of singular configurations in moving heavy objects with a 3-DOF robot manipulator., , and . AMC, page 47-53. IEEE, (2018)