Masashi Tanimoto

About

Masashi Tanimoto is a pioneering figure at the intersection of robotics, neurosurgery, and telemedicine. His research centers on developing intelligent, remotely-operated surgical systems, with a particular focus on minimally invasive intravascular procedures. Tanimoto’s most influential contribution is the design and implementation of a multimedia tele-surgery system that leverages high-speed optical fiber networks and asynchronous transfer mode (ATM) technology. This system, detailed in his most-cited paper (35 citations), enables real-time, high-quality video transmission for remote training, diagnosis, and surgical assistance. Complementing this work, he introduced the "Intelligent Catheter System" (17 citations), a robotic master-slave mechanism that allows external, joystick-controlled navigation of catheters. This innovation directly addresses the critical need for precision and safety in delicate vascular interventions. By integrating computer networking with robotic control, Tanimoto has laid essential groundwork for the future of teleoperated neurosurgery, demonstrating how advanced communication infrastructure can overcome geographical barriers to deliver expert care. His work remains a foundational reference for researchers developing next-generation surgical robots and haptic feedback systems.

Research Focus

Key Achievements

Top Papers

1. 1
   Multimedia tele-surgery using high speed optical fiber network and its application to intravascular neurosurgery - system configuration and computer networked robotic implementation

   35 citations · 2002
2. 2
   An Intelligent Catheter System Robotic Controlled Catheter System

   17 citations · 2001

Key Collaborators

Contact & Links