A Method of Transport Abstraction for 5G Radio Access Networks. - Akiko Nagasawa; Yukio Hirano; Kenichi Nakura; Takeshi Suehiro; Hiromu Sato; Seiji Kozaki; Kazuyuki Ishida (CNSM, 2018)

82.5GS/s (8×10.3GHz Multi-Phase Clocks) Blind Over-Sampling Based Burst-Mode Clock and Data Recovery for 10G-EPON 10.3-Gb/s/1.25-Gb/s Dual-Rate Operation. - Naoki Suzuki; Kenichi Nakura; Takeshi Suehiro; Seiji Kozaki; Junichi Nakagawa; Kuniaki Motoshima (IEICE Trans. Commun., 2018)

Network resource management in 5G-RAN optical transport. - Kenichi Nakura; Takeshi Suehiro; Akiko Nagasawa; Yukio Hirano; Seiji Kozaki; Kazuyuki Ishida (OECC/PSC, 2019)

An Efficient Resource Allocation Using Resource Abstraction for Optical Access Networks for 5G-RAN. - Seiji Kozaki; Akiko Nagasawa; Takeshi Suehiro; Kenichi Nakura; Hiroshi Mineno (IEICE Trans. Commun., 2022)

Resource control of access networks responding to a dynamic change in application requirements. - Seiji Kozaki; Hiroshi Mineno; Yuta Tachikawa; Ryo Murakami; Yuuki Hatanaka; Tetsuya Yokotani; Takeshi Suehiro; Kenichi Nakura; Satoshi Shirai (ICOIN, 2024)

Proposed Integrated Control Mechanisms Between Computing and Network Resources by Online Monitoring. - Yuuki Hatanaka; Tetsuya Yokotani; Takeshi Suehiro; Kenichi Nakura; Shigenori Tani; Seiji Kozaki; Atsuko Yokotani; Hiroshi Mineno (ICCE, 2025)

A proposal on dynamic bandwidth allocation for one-dimensionally moving mobile entities. - Yuta Tachikawa; Yuki Hatanaka; Ryo Murakami; Tetsuya Yokotani; Hiroshi Minemo; Seiji Kozaki; Takeshi Suehiro; Kenichi Nakura; Shigenori Tani (ICOIN, 2025)