Papers
4
Total Citations
9
H-Index
2
About
Kazuo Ibuka is an emerging researcher specializing in network communications, resource management, and teleoperation systems for next-generation robotic technologies. His work sits at the intersection of advanced ICT, 5G networking, and cybernetic avatar (CA) systems — a field central to Japan's ambitious Moonshot Goal 1 project, which envisions robots and digital avatars extending human physical and cognitive capabilities to address critical societal challenges such as aging populations and labor shortages. Ibuka's most notable contributions focus on engineering the reliable communication infrastructure that makes remote avatar operation feasible at scale. His research on end-to-end communication reliability, multi-layer resource management in dynamic 5G environments, and hybrid traffic management platforms collectively addresses some of the most demanding technical barriers in real-world CA deployment. His work on fair resource allocation further demonstrates a commitment to equitable network access within local CA-supporting systems. Though early in his career — with his most-cited paper accumulating 4 citations since 2025 — Ibuka's output reflects timely and societally relevant research. Students interested in robotics, wireless networks, or human-machine interaction will find his work a valuable entry point into the rapidly evolving field of cybernetic avatar telecommunications.
Research Focus
Key Achievements
Top Papers
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