M. Julliere

Institut National des Sciences Appliquées de Rennes

Papers

Total Citations

H-Index

About

M. Julliere is a pioneering French roboticist whose foundational work in the 1980s helped shape the early development of autonomous mobile robotics. His research focused on two critical, intertwined challenges: the mechanical design of mobile platforms and the sensor-based localization systems needed to navigate them. Julliere’s major contributions lie in advancing absolute and relative localization techniques for robots operating in cluttered, cylindrical environments. He developed a scanning laser range finder based on triangulation, a novel approach at the time, to match range data against a stored map of the environment. This work, detailed in papers such as "Location Of A Vehicle With A Laser Range Finder" (1984) and "Dynamic Localization Of A Mobile Robot Through Range Measurements" (1987), laid essential groundwork for modern SLAM (Simultaneous Localization and Mapping) algorithms. His early paper, "A semi-autonomous remote controlled mobile robot" (1980), describes the construction of a flexible, wheeled platform, highlighting the French research community's early commitment to mobile over fixed-arm robots. While his individual papers have modest citation counts, Julliere’s collective body of work represents a crucial step in transitioning robotics from stationary manipulators to truly autonomous, navigating vehicles.