Multi-Beam Massive MIMO Using Constant Modulus Algorithm for QAM Signals Employing Amplitude and Phase Offset Compensation. - Ryotaro Taniguchi; Kentaro Nishimori; Hideo Makino (IEICE Trans. Commun., 2017)

Multi-Beam Massive MIMO with Beam-Selection Using Only Amplitude Information in Uplink Channel. - Fumiya Muramatsu; Kentaro Nishimori; Ryotaro Taniguchi; Takefumi Hiraguri (IEICE Trans. Commun., 2018)

Novel Unmanned Aerial Vehicle-Based Line-of-Sight MIMO Configuration Independent of Transmitted Distance Using Millimeter Wave. - Naoki Matsumura; Kentaro Nishimori; Ryotaro Taniguchi; Takefumi Hiraguri; Takashi Tomura; Jiro Hirokawa (IEEE Access, 2020)

Optical circuit switched three-stage twisted-folded Clos-network design model guaranteeing admissible blocking probability. - Ryotaro Taniguchi; Takeru Inoue; Kazuya Anazawa; Eiji Oki (J. Opt. Commun. Netw., 2024)

Energy Efficient Air-to-Ground Wireless Networks Using Circularly Orbiting UAVs. - Ziyan Wang; Takahiro Matsuda; Ryotaro Taniguchi; Wataru Yamada (CCNC, 2025)

Terminal Shuffling for Designing Twisted-Folded Clos Network with Blocking Probability Guarantee under Different Request Active Rates. - Ryotaro Taniguchi; Takeru Inoue; Kazuya Anazawa; Eiji Oki (HPSR, 2025)

Design of Folded/Unfolded Clos Networks for Data Centers with Extended Stages Guaranteeing Admissible Blocking Probability. - Eiji Oki; Ryotaro Taniguchi; Kazuya Anazawa; Takeru Inoue (ICCCN, 2025)

Expanding Optical-Circuit-Switching Multi-Stage Networks to Ensure Admissible Blocking Probability in Data Centers. - Eiji Oki; Ryotaro Taniguchi; Kazuya Anazawa; Takeru Inoue (ICNC, 2025)

Design of Multiple-Plane Twisted and Folded Clos Network Guaranteeing Admissible Blocking Probability. - Eiji Oki; Ryotaro Taniguchi; Kazuya Anazawa; Takeru Inoue (IEEE Trans. Netw. Serv. Manag., 2025)