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About

Katsuya Tanaka is a pioneering researcher in telerobotics and surgical systems, with a focus on overcoming the challenges of time delay and remote manipulation. His work bridges the gap between virtual modeling and real-world control, particularly in high-stakes environments like surgery and underwater robotics. Tanaka’s most cited paper, “Impact of network time-delay and force feedback on tele-surgery” (2008, 28 citations), lays foundational insights into how latency and haptic feedback affect precision in remote surgical procedures—a critical consideration for the future of telemedicine. He also contributed to clinical anesthesiology with “Noninvasive continuous blood pressure monitoring by the ClearSight system during robot‐assisted laparoscopic radical prostatectomy” (2018, 15 citations), addressing hemodynamic stability during complex robotic surgeries. Earlier work, such as “An Internet-based tele-robot environment for a time critical task” (2003, 6 citations), demonstrated real-time ball-catching via remote control, while “A teleoperating system for underwater manipulator with virtual model aid” (2004, 3 citations) introduced virtual reality and parameter prediction to mitigate delay in underwater tasks. Tanaka’s research is notable for its interdisciplinary reach—from surgical robotics to marine exploration—and its practical impact on improving remote operation safety and efficiency.