Issei Makino

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About

Issei Makino is a leading researcher in advanced wireless communications, with a primary focus on the deployment and optimization of local (private) 5G systems. His work addresses the critical challenge of creating secure, flexible, and high-performance networks tailored for industrial and indoor environments, such as factories and agricultural facilities. Makino’s major contributions include the pioneering small-scale demonstration of remote control for patrol and work robots equipped with arms, leveraging local 5G technology to enable precise, low-latency teleoperation. This work, cited 6 times, showcases the practical viability of private 5G for automation and robotics. Additionally, his research on indoor local 5G measurements using an Automatic Guided Vehicle (AGV) has been instrumental in overcoming the limitations of GNSS-denied environments. By mapping spatial distributions of received power and throughput, Makino has provided essential methodologies for accurate indoor wireless performance assessment, a foundational step for deploying reliable private networks. His work is highly relevant for students and researchers exploring the intersection of 5G, robotics, and industrial IoT, offering tangible insights into the real-world implementation of next-generation wireless systems.