Kota Miyazaki

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About

Kota Miyazaki is a pioneering researcher in implantable medical device communication, specializing in high-speed wireless data transmission for next-generation implant robotics. His work addresses the critical challenge of achieving tens of Mb/s data rates at depths exceeding ten centimeters within the human body—a requirement for real-time, high-quality control of implant robots. Miyazaki’s key contribution is the development of a signal preemphasis technique that compensates for frequency-dependent human tissue attenuation and the severe bandwidth limitations of small implant antennas. By pre-distorting transmitted signals to counteract channel impairments, his approach enables reliable 10–60 MHz communication through lossy biological media. His most-cited 2024 paper, with 5 citations, demonstrates this breakthrough, offering a practical pathway to overcome the narrow bandwidth constraints that have historically limited implant communication speeds. This work is foundational for advancing closed-loop implant systems, including neural interfaces and robotic prosthetics, where high-fidelity, low-latency wireless links are essential. Miyazaki’s research bridges electromagnetic theory and biomedical engineering, positioning him as a key innovator in the emerging field of high-data-rate implant communications.