T. Ten Kate

Netherlands Organisation for Applied Scientific Research

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Total Citations

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About

T. ten Kate’s research centers on assistive robotics and human-robot interaction, with a particular focus on enhancing the autonomy of individuals with severe motor disabilities. Their most notable contribution is the development of collaborative control strategies for the MANUS manipulator, a wheelchair-mounted rehabilitation robot with six degrees of freedom. By integrating advanced sensor systems, ten Kate’s work enables users with extremely limited motor function to operate the device more intuitively and safely, transforming a simple assistive tool into a responsive partner. This groundbreaking approach, detailed in their 2005 paper "Collaborative Control of the MANUS Manipulator" (19 citations), has laid the foundation for more adaptive and user-centered assistive technologies. Ten Kate’s research bridges robotics, rehabilitation engineering, and human factors, directly impacting the quality of life for disabled individuals. Their work is frequently cited in studies on shared control and assistive robotics, underscoring its influence in the field. Through a commitment to practical, user-driven innovation, ten Kate continues to push the boundaries of what assistive robots can achieve.