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G. Honderd was a pioneering robotics researcher whose work spanned several decades and left a distinctive mark across multiple domains of autonomous systems, rehabilitation engineering, and surgical robotics. His research broadly encompassed mobile robot navigation, medical robotics, and human-assistive technologies, reflecting a career dedicated to bridging theoretical control systems with practical, real-world applications. Among his most influential contributions is his early work on adaptive robot path planning in dynamic environments (1991) and the development of the MANUS rehabilitation robot concept, which addressed the critical challenge of providing robotic aids to people with disabilities — both garnering 28 citations. His investigations into mobile robot wall-following control using ultrasonic sensors produced some of his most widely recognized work, with related papers accumulating over 50 citations combined and establishing foundational techniques still referenced in autonomous navigation literature. Honderd also made notable strides in surgical robotics, developing a hydraulic forceps with force-feedback for minimally invasive surgery (43 citations) and later refining force reflection systems for laparoscopic tools. Perhaps most remarkably, his 1990 work on autonomous cow-milking robot control demonstrated an unusually broad and inventive application of robotic systems. With over 190 total citations, Honderd's legacy reflects a versatile, impact-driven research career.