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Radio Signal Processing Laboratory

Radio Signal Processing Laboratory

Channel Sounding and Sensing

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    • 3年生・企業向けの説明（日本語）
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    • Research Projects
      • (JAEA/CLAD) Localization using Radio Sensors
      • (NICT/B5G) THz Channel Sounding and Channel Modeling
      • (MIC) CPS Radio Channel Emulator
      • (MIC/SCOPE) Space-time Propagation Characteristics of Mm-Wave Band Access Links
      • (MIC/SCOPE) Mm-Wave Indoor Localization & Visualization
    • Current Research Topics
      • Mm-Wave Channel Modeling
      • Wireless Systems
      • Array Signal Processing
      • Healthcare Applications
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  • Channel Sounders
    • MIMO Baseband CS
    • Keysight AWG/DGT CS
    • USRP CS
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Radio Signal Processing Laboratory

Mm-Wave Channel Modeling

Outdoor Scenarios (IEEE 802.11ay)

  • 11-16-0342-01-00ay-channel-model-for-outdoor-open-area-access-scenarios
  • 11-16-0976-00-00ay-proposed-text-for-informative-annex-in-the-ieee-802-11ay-channel-model-document
  • 11-17-0451-00-00ay-modified-channel-model-for-outdoor-open-area-hotspot-access-scenario

Indoor Scenarios

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BBQ party 2023 (made by Koularp)

https://www.youtube.com/watch?v=fsQZcoe_5tE

Album

Indoor Measurement in Entrance Atrium Hall (Jul. 2016).
Outdoor Measurement in Open Area (Oct. 2016).
Tang's Welcome Party (Oct. 2018)
Measurement at Yokohama, 2022Nov (World Porters)
Last night at Yokohama, 2022Dec (Korean BBQ)
Sub-6 GHz MIMO Channel Sounder (Nov. 2022)
Party with Yamakawa （Jun. 2024)
 

Upcoming Events

  • - IEICE TC-AP (A・P研年間スケジュール）

Recent Projects

mic
R&D for Expansion of Radio Wave Resources
  • - "R&D of narrow multi-beamforming technology to enable frequency sharing in direct communication between low Earth orbit (LEO) satellites and ground terminals"
    "低軌道衛星と地上端末直接通信における周波数共用を可能とするナローマルチビーム形成技術の研究開発" (2024-2026) (JPJ000254)
See Achievement
Fundamental Technologies for Sustainable Efficient Radio Wave Use R&D Project (FORWARD) funded by MIC（総務省 持続可能な電波有効利用のための基盤技術研究開発事業）
  • - "Short-range ultra-high-speed wireless networks using millimeter-wave and sub-terahertz waves"
    "ミリ波・サブテラヘルツ波を用いた近距離超高速無線ネットワーク構成技術" (2024-2027) (JPMI240410003)
See Achievement
JAEA Nuclear Energy S&T and Human Resource Development Project (英知を結集した原子力科学技術・人材育成推進事業）
  • - "Development of a Passive Wireless Communication System for Poor Radio Propagation Environments"
    "障害物等による劣悪環境下でも通信可能なパッシブ無線通信方式の開発" (2022-2024)(JPJA22P22683407)
See Achievement
Innovative ICT R&D Project for Beyond 5G R&D Promotion funded by NICT（NICT革新的情報通信技術研究開発委託研究（Beyond 5G研究開発促進事業））
  • - "Development of Terahertz Band Channel Sounding and Spatiotemporal Channel Modeling Technique
    "テラヘルツ帯チャネルサウンディング及び時空間チャネルモデリング技術の開発" (2021-2022, 2023) (JPJ012368C02701)
See Achievement
mic
R&D for Expansion of Radio Wave Resources
  • - "R&D for the realization of high-precision radio wave emulator in cyberspace"
    "仮想空間における電波模擬システム技術の高度化に向けた研究開発" (2020-2023) (JPJ000254)
Promotion Video (Japanese) YouTube (English) YouTube
See Achievement
mic
Strategic Information and Communications R&D Promotion Programme（SCOPE）戦略的情報通信研究開発推進事業
  • - Research and development of device-free indoor localization and visualization techniques using millimeter-wave wireless communication
    ミリ波無線通信を用いたデバイスフリー人動線可視化技術の研究開発（MIC/SCOPE #195004002）(2019)
    • See Achievement
  • - Research and development on space-time propagation characteristics of millimeter-wave band access links for next generation mobile communication systems
    次世代移動通信システムのためのミリ波帯アクセスリンクの時空間伝搬特性に関する研究開発（MIC/SCOPE #145004102）(2014)
    • See Achievement

Archives

Research Highlight

http://radio.eng.niigata-u.ac.jp/wp/research/link-context-aware-mm-wave-beam-switching-using-depth-sensor/
Link Context-Aware Mm-Wave Beam Switching using Depth-Sensor
Real-time Motion Classification using Wearable BAN
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