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F. Pellissier is a pioneering researcher in the field of medical robotics, with a primary focus on tele-echography and haptic interfaces for remote diagnosis. Their most significant contribution is the development of the TER (Tele-Echography Robot) system, a master-slave robotic architecture that enables expert operators to perform remote ultrasound examinations. The seminal 2003 paper on this robot, which has garnered 160 citations, details a slave robot carrying an ultrasound probe that allows a specialist to acquire diagnostic data from a distant patient. Pellissier’s work also extends to creating a haptic virtual environment for tele-echography, designed to preserve the medical expert’s proprioception and facilitate rapid immersion in a "virtual echographic examination cabinet." This innovation, presented in a 2002 paper, addresses a critical challenge in remote medicine: maintaining the natural feel and control of an in-person exam. With a cumulative citation count exceeding 230 across their key works, Pellissier’s research has laid a foundational framework for robotic tele-ultrasound, directly impacting the accessibility of expert diagnostic care in underserved or remote areas. Their achievements represent a vital step toward integrating robotics and haptics into routine clinical practice.