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About

M.R. Sirouspour’s research lies at the intersection of medical robotics and nonlinear control, with a focus on advancing robot-assisted diagnostic ultrasound and hydraulic manipulator systems. His most impactful contribution is the development of a robot-assisted system for medical ultrasound, where he pioneered image-guided control to enable precise, automated positioning of ultrasound transducers. This work, published in 2002, has garnered 292 citations, underscoring its influence on the field of medical robotics. Sirouspour also made significant strides in nonlinear control of hydraulic robots, introducing a backstepping-based position tracking controller that ensures exponential stability—a contribution cited 188 times. His adaptive nonlinear controller for hydraulic parallel manipulators further demonstrates his expertise in handling complex system dynamics. Additionally, Sirouspour designed a user interface for robot-assisted diagnostic ultrasound, enhancing operator-robot collaboration during imaging procedures. His achievements include advancing shared control between operators, robots, and image processors, which has practical implications for improving diagnostic accuracy and reducing human error. Sirouspour’s work remains foundational for researchers exploring medical robotics and nonlinear control systems.