@techreport{oai:ipsj.ixsq.nii.ac.jp:00222395,
 author = {田中, 啓太 and 狩屋, 歩夢 and 小堀, 史哉 and 島田, 啓司 and 林田, 章吾 and 小玉, 崇宏 and Keita, Tanaka and Ayumu, Kariya and Fumiya, Kobori and Keiji, Shimada and Shogo, Hayashida and Takahiro, Kodama},
 issue = {22},
 month = {Nov},
 note = {浅海領域の水中と空中といった異種の伝送路に渡って光無線通信を使用する場合，高秘匿かつ大容量な光トランシーバの仕様が求められる．我々は，水中 1.2 m と空中 10 m から成る複合チャネルにおける非可視光通信の実現性を示すため，850 nm 帯の直流付加型 OFDM 信号を生成処理可能な LED Backhaul® を用いた双方向伝送リアルタイム伝送の動特性評価を行った．, When using optical wireless communication over different types of transmission lines, such as underwater and air in the shallow water area, specifications of optical transceivers with high secrecy and large capacity are required. To demonstrate the feasibility of invisible optical wireless communication in a composite channel of 1.2 m in water and 10 m in the air, we performed a dynamic performance evaluation test of bi-directional real-time transmission using LED Backhaul® generated 850 nm DC added OFDM signals.},
 title = {空中・水中非可視光通信システムを対象としたLED Backhaul®によるリアルタイム全二重伝送実験},
 year = {2022}
}