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User wearable interface based on inertial sensors for unilateral master-slave robot teleoperation.

, , and . CCE, page 458-463. IEEE, (2010)

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Bio-Inspired Autonomous Navigation and Formation Controller for Differential Mobile Robots., and . Entropy, 25 (4): 582 (April 2023)Master-slave robot position coordination based on estimated variables., and . ECC, page 2667-2672. IEEE, (2003)Trajectory tracking control of an input delayed monocycle., , and . ACC, page 1184-1189. IEEE, (2010)A Bio-inspired Autonomous Navigation Controller for Differential Mobile Robots Based on Crowd Dynamics., , and . ICSI (2), volume 9713 of Lecture Notes in Computer Science, page 553-560. Springer, (2016)An optimal admittance approach for physical human-robot interaction., , and . CCE, page 1-6. IEEE, (2011)Autonomous navigation of a mobile robot using a network of Hindmarsh-Rose (HR) neurons., , and . CCE, page 1-6. IEEE, (2021)Transparent master-slave teleoperation without force nor velocity measurements., , and . ECC, page 2096-2101. IEEE, (2019)On the linear control of nonlinear mechanical systems., , and . CDC, page 1999-2004. IEEE, (2010)Testbed for modeling and inventory regulation of dynamic supply chains., , and . CCE, page 140-145. IEEE, (2010)Smith predictor based generalized PI control for a class of input delayed nonlinear mechanical systems., , , and . ECC, page 1292-1297. IEEE, (2013)