作者別: radio

IET book chapter “Wearable Technologies and Wireless Body Sensor Networks for Healthcare” has been published.

「ヘルスケア向けウェアラブル技術と無線ボディセンサネットワーク」(英IET出版社)が出版されました.

IET book “Wearable Technologies and Wireless Body Sensor Networks for Healthcare,” Ed.
Fernando José Velez and Fardin Derogarian Miyandoab

Sukhumarn Archasantisuk, Takahiro Aoyagi, Tero Uusitupa, Minseok Kim, Jun-ichi Takada, “Human Movement Identification Using the Radio Signal Strength in WBAN,” (Chapter 8)

Three papers have been presented at IEICE TC-AP July meeting.

7月AP研(7月17~19日)にて次の3つの論文を発表しました.

Satoru Kishimoto (M2), Development of Radio Propagation Channel Model for Millimeter-Wave Indoor Multi-Gigabit Access Links, AP2019-34
岸本悟 (M2), ミリ波帯屋内超高速無線アクセス回線における電波伝搬路モデルの開発, AP2019-34

Takeshi Tasaki (M1), Experimental Evaluation of Millimeter-wave Multi-path Radio Tomographic Imaging (RTI) via Indoor Channel Measurements, AP2019-26
田嵜威司 (M1), ミリ波帯屋内電波伝搬実験による多重波トモグラフィーイメージング(RTI)法の検証, AP2019-26

Hideaki Momose (M2), Developement of MIMO Channel Sounder using Commercial Off-The-Shelf Wireless LANs, AP2019-25
百瀬秀亮 (M2), 市販の無線LANを用いたMIMOチャネルサウンダの構築, AP2019-25

A paper has been presented at Technical Committee on Medical Healthcare Information Communication Technology (TC-MICT) on May 29

電子情報通信学会ヘルスケア・医療情報通信技術研究会(MICT研)にて次の発表を行いました (5月29日).

Mitta

Masahiro Mitta (M1), Development of Real-time Body Motion Identification System using Radio Channel Characteristics in Wireless BAN, IEICE Technical Report, MICT2019-7, May 2019.
三田雅大(M1), 無線BAN伝搬路特性を用いたリアルタイム人体動作同定システムの開発, 信学技報MICT2019-7