セッション詳細
[BCS-1]5th International Workshop on Global Research Initiative for Wireless Technology (5th IGROW)
2026年9月24日(木) 10:15 〜 11:30
C棟C212(北海道大学)
座長:荘司 洋三(国立研究開発法人 情報通信研究機構)
The International Workshop on Global Research Initiative for Wireless Technology (IGROW) provides an international forum for promoting research and applications related to next-generation wireless communication technologies. To address the challenges toward realizing ultra-high-speed and high-capacity communications, collaboration across a wide range of fields is essential, including antennas, integrated circuits, microwaves, photonics, and communication technologies. Interdisciplinary integration and international collaboration will also play a key role in advancing next-generation wireless communication technologies. In this workshop, in addition to invited talks by leading researchers from Japan and abroad, we invite a broad range of research presentations from researchers and students. Through these presentations, the workshop aims to discuss the current state and future prospects of wireless communications from multiple perspectives and to explore new technical viewpoints and opportunities for collaboration. The workshop also seeks to deepen knowledge in the field of wireless communications and to build a global network toward the development of next-generation technologies. All presentations will be delivered in English.
[BCS-1-01]Photonically Enabled Terahertz Wireless Communications
〇Martyn Fice1, Iñigo Belio-Apaolaza1, Yozo Shoji2, James Seddon1, Feng Liu1, Cyril Renaud1, Alwyn Seeds1 (1. University College London, 2. National Institute of Information and Communications Technology)
[BCS-1-02]Photonic-assisted Sub-THz Multi-beam Transmissions by Optical Butler Matrix Beamformer
〇Honoka Ito1, Ken Hiraga1, Hirofumi Sasaki1, Jun Mashino1 (1. NTT)
[BCS-1-03]Input Current Design for Quantum Cascade Laser-Based Terahertz Wireless Communication Systems
〇Haruma Minami1, kenta Umebayashi1, Ya Zhang1, Hua Li2 (1. Tokyo University of Agriculture and Technology, 2. Chinese Academy of Sciences)
[BCS-1-04]Broadband and Low-loss Transitions design to Interface with Suspended Stripline
△Arezoo Abdi1, Michael Ernst Gadringer1, Wolfgang Bosch1 (1. TU Graz)
