Mehran Soleimani

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About

Mehran Soleimani is a robotics researcher whose work centers on humanoid robotics and bilateral teleoperation systems, with a particular focus on enhancing human-robot interaction through virtual fixtures and impedance control. His most cited paper, "A soccer playing humanoid robot: Design, algorithm and prototype" (2014, 4 citations), presents the design and prototyping of an 18-servomotor humanoid robot intended for both research into humanoid systems and robotics competitions, demonstrating his hands-on approach to building functional robotic platforms. In the domain of teleoperation, Soleimani's work on "Forbidden region virtual fixture for nonlinear teleoperation systems with variable time delays" (2014, 2 citations) addresses the critical challenge of maintaining stability and tracking performance in bilateral teleoperation systems under varying time delays, proving that PD-like controllers can effectively stabilize such systems with forbidden region virtual fixtures. His research on "Impedance control realization of screw stiffness matrix in virtual fixtures" (2016, 1 citation) introduces a novel method for determining virtual fixture stiffness matrices using screw theory, enabling more precise control over directional stiffness through impedance control. While his citation counts are modest, Soleimani's contributions represent foundational work in integrating virtual fixtures with nonlinear teleoperation systems and advancing humanoid robot design for competitive and research applications.