معرفی
Katsuyuki Haneda serves as Associate Professor in Aalto University's Department of Electronics and Nanoengineering within the School of Electrical Engineering. Holding a Doctor of Engineering from Tokyo Institute of Technology (2007), his research pioneers high-frequency radio systems including millimeter-wave and Sub-THz communications, with critical applications in medical devices, post-disaster scenarios, and Internet-of-Things networks.
Education:
- Doctor of Engineering, Tokyo Institute of Technology, 2007
Research Focus: Dr. Haneda's work spans Physical layer wireless communications, Antennas and propagation, and RF instrumentation, with groundbreaking contributions to wireless medical applications (notably capsule endoscopy) and in-band full-duplex radio technologies. His group develops advanced channel models for 6G while addressing real-world challenges in post-disaster communications through experimental validation.
Publication Trends: Recent 2025 works reveal concentrated advancements in Sub-THz/D-Band communications, featuring innovative antenna designs for 28 GHz systems, channel modeling techniques for 3GPP-like standards, and medical wireless solutions. Publications demonstrate strong experimental emphasis with field measurements across urban, indoor, and medical environments.
Scientific Recognition:
- ISMICT 2019 Best Paper Award (medical wireless)
- Dual 2013 Best Paper Awards (IEEE VTC Spring & EuCAP)
- IEICE Best Survey Paper (2015)
- IEEE AP-S Young Engineer Award (2007)
- Tokyo Tech Honorary Student Award (2002)
Leadership & Collaboration: As Associate Editor for IEEE Transactions on Antennas and Propagation (2012-2016) and Wireless Communications (2013-present), Dr. Haneda shapes field standards. He co-chairs the radio channel working group in COST Action IRACON (CA15104), driving European 5G+/6G research collaboration while supervising graduate researchers in experimental high-frequency communications.
Research Infrastructure: The Katsuyuki Haneda Group maintains specialized laboratories for millimeter-wave/Sub-THz channel sounding, antenna characterization, and medical wireless prototyping, supporting hardware-in-the-loop validation for next-generation communication systems.
