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Modeling and control of wheeled mobile robot in constrained environment based on hybrid control framework.

, , , , , and . ROBIO, page 75-79. IEEE, (2009)

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Manual control of inverted pendulum with different input from joystick., , , , and . ASCC, page 1-6. IEEE, (2013)MDL-based control method for mobile robot with randomly varying time-delay., , , and . ICRA, page 1772-1777. IEEE, (2011)MDL-based posture stabilization for wheeled mobile robots with nonholonomic constraints., , and . ROBIO, page 2255-2260. IEEE, (2009)Generalized predictive control for space teleoperation systems with long time-varying delays., , , and . SMC, page 3057-3062. IEEE, (2012)Study on Structure Design and Simulation of Upper-Limb Assist Robot., , , , , and . ISR, page 303-308. IEEE, (2018)Modeling and control of wheeled mobile robot in constrained environment based on hybrid control framework., , , , , and . ROBIO, page 75-79. IEEE, (2009)Virtual System Calibration Based on Jitter Prediction of Internet Time-Delay for Teleoperation Systems., , , , , and . ICONS, page 497-502. International Federation of Automatic Control, (2013)Analysis and prediction of jitter of internet one-way time-delay for teleoperation systems., , , and . INDIN, page 612-617. IEEE, (2013)Virtual force guided control method for teleoperated manipulator system over internet., , , and . ICCA, page 1366-1371. IEEE, (2010)Modeling and Control of Teleoperated Manipulator System Based on Hybrid Control Method., , , and . ISDA (2), page 237-242. IEEE Computer Society, (2006)