Koji Aramaki

The University of Tokyo, Tokyo University of Science

Papers

Total Citations

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About

Koji Aramaki is a pioneering researcher in underwater robotics and autonomous systems, with a specialized focus on simulation environments, autonomous underwater vehicles (AUVs), and hybrid testing methodologies. His most significant contributions center on bridging the gap between virtual simulation and real-world underwater robotic testing — a challenge of considerable complexity given the unpredictable nature of underwater environments. Aramaki's most influential work, "AUV test using real/virtual synthetic world" (2002, 28 citations), introduced the innovative concept of a "synthetic world," a seamlessly blended environment combining real sensory data with virtual simulation to enable more rigorous and flexible AUV testing. This work was complemented by his development of the Multi-Vehicle Simulator (MVS) and the Twin-Burger test-bed robots, described in his hybrid environment paper (2002, 18 citations), which provided researchers with a powerful, customizable platform for underwater mechatronic system development. His earlier work on distributed network-based underwater simulation (1995) laid important conceptual groundwork for these later advances. Together, Aramaki's contributions have meaningfully shaped how researchers design, test, and validate underwater robotic systems, offering practical frameworks that reduce development risk while accelerating innovation in marine autonomy.