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About

Hideki Shimomura is a pioneering roboticist whose research sits at the intersection of whole-body motion control, autonomous behavior, and human-robot interaction. His most influential work, “Whole-body cooperative force control for a two-armed and two-wheeled mobile robot using Generalized Inverse Dynamics and Idealized Joint Units” (2010, 36 citations), introduces a unified control framework that enables robots to coordinate all joint forces for diverse tasks—from position and force control to impedance regulation—laying groundwork for versatile mobile manipulation. Earlier, Shimomura broke new ground with “An autonomous robot that eats information via interaction with humans and environments” (2002, 25 citations), where he proposed the EGO architecture, an ethologically inspired behavior control system that balances internal drives and external stimuli for autonomous decision-making. His work on “Real World Speech Interaction with a Humanoid Robot on a Layered Robot Behavior Control Architecture” (2006, 24 citations) further advanced natural human-robot communication by embedding speech within a layered behavior framework. Notably, in “Physically and Emotionally Grounded Symbol Acquisition for Autonomous Robots” (2001, 18 citations), he introduced emotionally grounded symbols—a novel concept linking object importance to robot survival and learned emotions. With over 100 citations across his key papers, Shimomura’s contributions continue to inspire research in autonomous robotics, behavior-based control, and embodied cognition.