Max Robotics — Global Service Robot Directory + US Certification

About

Kiyoshi Hagiwara is a pioneering researcher in human-robot interaction, with a focused career dedicated to making mobile robots safe and intuitive for human-coexisting environments. His work centers on the critical challenge of teleoperation and autonomous control, specifically addressing how robots can communicate their intentions to nearby people. In his most cited paper (2002, 11 citations), Hagiwara introduced a novel "preliminary-announcement and display" method for mobile robots, establishing that a robot's speed and direction of motion are essential signals for announcing its actions to humans. This foundational concept laid the groundwork for his subsequent investigations into combination control systems. Hagiwara’s major contribution lies in developing frameworks that seamlessly blend remote operation with autonomous behaviors, as explored in his 2003 work (4 citations). He demonstrated how considering obstacle distance, direction, and robot speed can enhance safety in teleoperation. His 2005 study (2 citations) further refined this approach, using software simulations to prove that autonomous motion can effectively support manual operation by processing simple range sensor data. Hagiwara’s research remains vital for advancing user-friendly robotics, offering key insights for designing robots that can safely navigate and communicate in shared human spaces.