Our member, Naoya, gave a presentation at CAMSAP 2019 held at Le Gosier, Guadeloupe, French West Indies.
The title of the presentation was “Age-of-Information Minimization in Two-User Multiple Access Channel with Energy Harvesting.”
Presented at SITA 2019
Our members, Takanori, Hiroki, Masaru, and Ryuhei have presented their recent works in 42nd Symposium on Information Theory and its Application (SITA) at Kirishima, Kagoshima, Japan.
本研究室の原くん、飯盛くん、追永くん、高橋くんが鹿児島県霧島市で開催された第42回情報理論とその応用シンポジウム（SITA）に出席しました。
原くんの発表題目：
近似メッセージ伝搬法に基づいた低計算量グラントフリー非直交多元接続
Takanori’s Presentation Title:
Low-Complexity Grant-Free Non-Orthogonal Multiple Access Based on Approximate Message Passing
飯盛くんの発表題目：
離散入力制約に基づく線形MMSEフィルタ設計
Hiroki’s Presentation Title:
Design of Discreteness-Aware Linear MMSE Filter
追永くんの発表題目：
ZigZag復号器を用いた符号化ALOHAに関する研究
Masaru’s Presentation Title:
On ZigZag-Decoder-Aided Coded Slotted ALOHA
高橋くんの発表題目：
超低電力通信のための OFDM 既知信号を用いた
遅延シフトキーイングとその最適復調法
Ryuhei’s Presentation Title:
OFDM Pilot-Aided Delay-Shift Keying and
Its Optimal Detection for Ultra-Low Power Communications
Accepted for Publication in the IEEE Access
Takanori’s paper entitled “Grant-Free Non-Orthogonal Multiple Access with Multiple-Antenna Base Station and Its Efficient Receiver Design” has been accepted for publication in the IEEE Access (IF 4.098).
原くんの論文「Grant-Free Non-Orthogonal Multiple Access with Multiple-Antenna Base Station and Its Efficient Receiver Design」のIEEE Access (IF 4.098) への採録が決定しました．
Presented at IEICE RCS @ Saga Univ.
本研究室の原くんが佐賀大学にて開催されたIEICE RCS研究会にて発表を行いました。
発表題目は「グラントフリー非直交多元接続のための低計算量データ検出法に関する一検討 」でした。[詳細]
Our member, Takanori, gave a presentation at IEICE RCS held at Saga University, Saga, Japan.
Title of the presentation was “A Study on Low-Complexity Data Detection for Grant-Free Non-Orthogonal Multiple Access .”[more]
Presented at GlobalSIP 2019
Our member, Ryuhei, has presented our recent results on IEEE GlobalSIP 2019 held at Shaw Centre, Ottawa, Canada .
The title of the presentation was “Ambient OFDM Pilot-Aided Delay-Shift Keying and Its Efficient Detection for Ultra Low-Power Communications.”
Presented at Asilomar SS & C 2019
Our member, Takanori, gave a presentation at Asilomar Signals, Systems, and Computers.
The title of the presentation was “Low Complexity Uplink Grant-Free NOMA Based on Boosted Approximate Message Passing.”
Accepted for Publication in the IEEE Access
Masaru’s paper entitled “Design of Coded ALOHA with ZigZag Decoder” has been accepted for publication in the IEEE Access (IF 4.098).
追永くんの論文「Design of Coded ALOHA with ZigZag Decoder」のIEEE Access (IF 4.098) への採録が決定しました．
Presented at SmartCom 2019
Our member, Masaru, has presented our recent results on 6th International Workshop on Smart Wireless Communications (SmartCom) held at Rutgers University Inn & Conference Center, NJ, USA.
Title of the poster presentation was “Received-Power-Aware Frameless ALOHA for Grant-Free Non-Orthogonal Multiple Access.” [more]
Research Associate Job Opening
One research associate position is available on grant-free NOMA and/or robust beamforming for millimeter-wave communications.
Contract type: Full time, fixed term (until March 2023)
Salary: 50,000 – 60,000 USD per year (depending on your carrier)
Location: Chofu, Tokyo (20 mins from Shinjuku district)
- Job summary
Applications are invited for a Research Associate or Project-based Assistant Professor position in the Advanced Wireless and Communication Research Center, The University of Electro-Communications in Tokyo, Japan. The research is conducted as a part of a project on wireless communications and signal processing for further advancement of 5G networks by the Ministry of Internal Affairs and Communications (MIC) in collaboration with KDDI, Panasonic, KKE, ATR, and Tohoku University.
This project deals with new physical layer technologies and radio access architecture to realize highly-reliable millimeter-wave (mmWave) communications where users have different and time-varying combinations of well-known 5G requirements, namely, ultra-high data rate, ultra-low latency, and massive connections. To meet such requirements, we will develop two major technologies: 1) new random access architecture based on grant-free non-orthogonal multiple access (NOMA) and 2) new multi-coordinated robust beam-forming to mitigate critical effect due to blockage in mmWave communications. Obtained results will be delivered to 3GPP.
The successful applicant should hold a Ph.D. degree in signal processing, wireless communications, or optimization. You should have a significant publication track record and should demonstrate extensive knowledge and experience in several areas among communication theory, signal processing, MIMO signal processing, and optimization. Good written and oral communication skills in English are essential.
- Duties and responsibilities
The duties involve carrying out research program described above, undertaking project management, collaborating with academic and industry partners, and/or supervising graduate students. Besides, the Research Associate will be expected to submit a sufficient number of publications to high-level refereed journals such as IEEE Transactions.
- About The University of Electro-Communications
https://www.uec.ac.jp/eng/about/
- How to Apply
Application procedure: Applications should include the following elements: 1) detailed CV, 2) one-page motivation letter, and 3) two or three academic references. All applications must be submitted directly via email at koji@ieee.org. The position will be filled as soon as a suitable candidate is found. Interviews will be conducted in person (upon availability) or by video-conference, soon after reception of the application.
Koji Ishibashi, Ph.D.
Associate Professor
Advanced Wireless & Communication Research Center (AWCC)
The University of Electro-Communications
Presented at IEICE RCS @ YRP
本研究室の原くんが横須賀リサーチパーク (YRP)にて開催されたIEICE RCS研究会にて発表を行いました。
発表題目は「ベクトル近似メッセージ伝播法を用いたグラントフリー非直交多元接続の理論解析 」でした。[詳細]
Our member, Takanori, gave a presentation at IEICE RCS held at YRP Yokosuka Research Park, Japan.
Title of the presentation was “Theoretical Analysis on Grant-Free Non-Orthogonal Multiple Access Using Vector Approximate Message Passing.”[more]