Peter Pokrandt

Papers

Total Citations

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About

Peter Pokrandt’s research lies at the intersection of robotics, computer-assisted surgery, and medical informatics, with a focus on improving precision and workflow in orthopaedic and cranio-maxillo-facial procedures. His most cited work, “Milling accuracy in robot assisted orthopaedic surgery” (2002, 19 citations), experimentally demonstrated that industrial robot systems often lack the accuracy required for surgical applications, leading him to develop a novel algorithm that accounts for the robot’s trajectory generator and inhomogeneous milling characteristics—a critical contribution to safe, reliable robotic surgery. Earlier, his 1996 paper on “A communication system supporting simultaneous planning and execution in cranio-maxillo-facial surgery” (9 citations) introduced a pioneering framework that allows surgeons to plan and execute operations concurrently, bridging the gap between implicit task descriptions and explicit robotic commands. This work laid groundwork for integrated surgical systems that enhance intraoperative flexibility. Though his citation counts are modest, Pokrandt’s contributions are notable for addressing fundamental engineering challenges in surgical robotics—accuracy, planning, and real-time control—that remain relevant today. His research exemplifies the careful, problem-driven approach needed to translate robotic technology from industrial to clinical settings, making him a respected figure in the early development of computer-assisted orthopaedic surgery.