本研究室の尾形くん，大比良くん，川口くん，追永くんが極めて優秀な研究活動を評価され，本学の学生表彰式において表彰されました．
Our members, Shun, Kazuya, Tatsuhiro and Masaru were awarded for their outstanding academic performance.
（左から尾形くん，追永くん，川口くん，大比良くん）
（From left to right: Shun, Masaru, Tatsuhiro, Kazuya)
Tag Archives: Tatsuhiro_Kawaguchi
2018 Special Technical Award in Smart Radio
Kawaguchi, Tanabe, and Ishibashi won 2018 Special Technical Award in Smart Radio.
川口、田邉、石橋が、2019年3月8日に神奈川県横須賀市で開催された電子情報通信学会スマート無線（SR）研究会において、2018年度スマート無線（SR）研究会 技術特別賞を受賞しました。
【受賞題目】
[技術展示] Energy-Neutral Receiver-Initiated (ENRI) MACプロトコルに基づくバッテリーレス無線センサネットワーク
Presented at SITA 2018
Prof. Ishibashi and our lab members attended 41st Symposium on Information Theory and its Application (SITA) at Fukushima, Japan.
Prof. Ishibashi gave an invited talk titled “Theory and Practice of Wireless Communications with Stochastic Power Source” for “Lectures for Young Researchers”.
Our members, Shun, Kazuya, Tatsuhiro, and Takanori also presented their recent works.
石橋准教授と学生たちが福島県で開催された第41回情報理論とその応用シンポジウム（SITA）に出席しました。
石橋准教授は「若手研究者のための講演会」にて、「確率的電源を用いた無線通信の理論と実際」という題目で招待講演を行いました。
本研究室の尾形くん、大比良くん、川口くん、原くんは発表を行いました。
Presented at SmartCom 2018
Our member, Tatsuhiro, has presented our recent results on 5th International Workshop on Smart Wireless Communications (SmartCom) held at Bangkok, Thailand.
Title of the poster presentation was “Empirical Model of Distributed Photovoltaics for Energy-Harvesting Wireless Communications”.
IEEE CCNC 2018
Our team members, Ryo, Tatsuhiro, and Yuki, gave lecture-style presentation, demo, and poster-style presentation, respectively.
Here’s a video explaining our system presented in CCNC 2018.
Presented at IEICE SmartCom2017@Rome
Our members, Shun Ogata and Tatsuhiro Kawaguchi, have presented their recent results on IEICE SmartCom 2017 at Rome, and Shun has won the Best Student Paper Award.
Title: Received-Power-Aware Design of Transmission Probability for Frameless ALOHA [Best Student Paper Award]
Titile: Experimental Evaluation of Condition-Aware Receiver-Initiated MAC Protocol for Energy-Harvesting Wireless Sensor Networks
