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About

G. Hommel is a robotics and control systems researcher whose work spans surgical robotics, mobile robot motion planning, biped locomotion, and human-machine interfaces. Among his most recognized contributions is the development of OTTO, the first active surgical robot system deployed in a clinical environment for maxillofacial surgery, a landmark achievement that earned 68 citations and helped define the technical requirements for robotics in specialized medical settings. His research on time-optimal motion computation for non-holonomic mobile platforms, with 50 citations, further established his reputation in autonomous robot navigation, demonstrating elegant solutions to the notoriously difficult parking problem using nonlinear optimal control techniques. Hommel's work also extends to biped robot locomotion, where he developed online stable movement algorithms without precomputed trajectories, and to biomechanical signal processing, including an innovative online calibration method for EMG-to-force relationships. His contributions to robust motion control using sliding mode theory reflect a consistent interest in reliable, real-world robotic performance. Additionally, his early work on aerial robotics in computer science education highlights a commitment to advancing the field through student engagement. Across his career, Hommel has accumulated over 180 citations, illustrating sustained influence across multiple domains of intelligent robotics and control engineering.