Dolores Blanco Rojas

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About

Dolores Blanco Rojas is a leading researcher in robotics and rehabilitation engineering, with key contributions spanning robot kinematics, assistive technologies, and human-robot interaction. Her work addresses fundamental challenges in robotic manipulation and functional compensation for motor disorders. In her highly cited 2013 study, she developed a memetic differential evolution algorithm to solve the inverse kinematics problem for robot manipulators, formulating it as a constrained optimization model to overcome numerical instabilities—a contribution that has garnered 5 citations and advanced the field of robotic control. Blanco Rojas also made significant strides in rehabilitation robotics with her 2011 paper on elbow functional compensation, where she introduced a lightweight magnetorheological clutch as an alternative to traditional actuators. This innovative approach, cited 4 times, explores hybrid biological-artificial solutions to assist patients with motor disorders in daily activities, moving beyond conventional robotic actuators. Her work bridges optimization theory and practical assistive devices, demonstrating a unique ability to integrate computational methods with real-world rehabilitation needs. Blanco Rojas’s research continues to inspire new directions in both robotics and assistive technology, making her a notable figure in these intersecting fields.