博士後研究員
 
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柯俊先
柯俊先
博士後研究員
組　　　別：
系統組
辦　公　室：
ED711
電　　　話：
信　　　箱：
junxian@nycu.edu.tw
網　　　站：
https://note-on-clouds.blogspot.com/
研究　主題：
無線感知技術, 智慧通訊網路, 無線資源管理, 雲與邊緣計算
  • 個人簡歷
    Chun-Hsien Ko received the BS and Ph.D. degrees in communications engineering from National Chiao Tung University (NCTU), Hsinchu, Taiwan, in 2010 and 2020, respectively. His research interests include indoor positioning, distributed computing, and machine learning. He has won the Best Paper Award in IEEE Greencom 2013, and the Second Prize Award in AIoT Innovation Contest in 2021 Mobileheroes, Taiwan.

    Personal Information:

    o Google Scholar: https://scholar.google.com.tw/citations?user=laCtnI0AAAAJ

  • 經歷與榮譽

    比賽與獲獎經歷:

    o 國家新創獎－學研新創獎 (2020年12月)
    o MobileHeroes 聯網未來挑戰賽 – 亞軍* (2021年11月, *Presenter)
    o MobileHeroes 聯網未來挑戰賽 – 仁寶企業特別獎* (2021年11月, *Presenter)
    o MobileHeroes 聯網未來挑戰賽 – 高通企業特別獎* (2021年11月, *Presenter)
    o 5G Craft: 5G 系統軟體 – 卓越新秀獎 (首獎)* (2021年10月, *Co-presenter)
    o 5G Craft: 5G 系統軟體 – 卓越新秀獎 (首獎)* (2022年10月, *Co-presenter)
    o 東元 GreenTech – 人文獎* (2013年8月, *Presenter)

  • 研究主題

    Intelligent resource management and service provisioning for open radio access networks (O-RAN)

    o-ran.png


    本研究專注在開放無線接取網路 (Open Radio Access Network, O-RAN) 與雲端接取網絡 (Could RAN, C-RAN) 架構下，提出一新穎之通訊服務模型，如圖所示，用以在密集小細胞網絡 (Dense Small Cell Network, DSN) 中提供高品質的通訊服務。為達成此目標，我們將頻譜資源共享、通道和功率分配以及干擾管理的跨層功能集成到 O-RAN/C-RAN 架構中，並藉由 DSN密集佈建的小基地台，提供可擴展且高效的寬頻無線通訊。所提出的方法和服務模型可以相容於支持 3GPP 標準的干擾控制機制，例如：feICIC/ICIC技術，具有作為DSN資源管理系統實作之可行性。根據大區域的模擬顯示，在跨越 100 平方公里的區域中，所提出的方法可以在單一電信營運商所擁有的 20 MHz頻譜資源下提供 21 Gbps 的下行通道吞吐量，相較典型 ICIC 方法的模擬結果，本研究提出的方法可以達到 5 倍的通訊增益，這顯示我們提出的方案對未來寬頻無線服務是一個頗具希望的高效益解決方案。相關論文發表如下：
    1. S.-H. Wu, C.-H. Ko, and H.-L. Chao, “On-Demand Coordinated Spectrum and Resource Provisioning under an Open C-RAN Architecture for Dense Small Cell Networks,” early access on IEEE Trans. on Mobile Computing, Oct. 2022. (Link)
    2. S. -H. Wu et al., “A cloud model and concept prototype for cognitive radio networks, ” in IEEE Wireless Communications, vol. 19, no. 4, pp. 49-58, August 2012. (Link)
    3. S. -H. Wu, H. -L. Chao, C. -H. Ko, S. -R. Mo, C. -F. Liang and C. -C. Cheng, "Green Spectrum Sharing in a Cloud-Based Cognitive Radio Access Network," in 2013 IEEE International Conference on Green Computing and Communications and IEEE Internet of Things and IEEE Cyber, Physical and Social Computing, Beijing, China, 2013, pp. 276-281 (Link)

  • 期刊論文
    • S.-H. Wu, C.-H. Ko, and H.-L. Chao, “On-Demand Coordinated Spectrum and Resource Provisioning under an Open C-RAN Architecture for Dense Small Cell Networks,” early access on IEEE Trans. on Mobile Computing, Oct. 2022.
    • C.-H. Ko and S.-H. Wu, "A Framework for Proactive Indoor Positioning in Densely Deployed WiFi Networks,” IEEE Trans. on Mobile Computing, vol. 21, no. 1, pp. 1-15, Jan. 2022.
    • S.-H. Wu, H.-L. Chao, C.-H. Ko, S.-R. Mo, C.-T. Jiang, T.-L. Li, C.-C. Cheng and C.-F. Liang, “A Cloud model and concept prototype for cognitive radio networks,” IEEE Wireless Communications Magazine, special issue on Cognitive Radio Networks: vol. 19, no. 4, pp. 49-58, Aug. 2012.

  • 會議論文
    • Y.-C. Chang, S.-H. Wu, L.-M. Tseng, H.-L. Chao, and C.-H. Ko, “AF detection by exploiting the spectral and temporal characteristics of ECG signals with the LSTM model,” in Proc. of Computing in Cardiology, Maastricht, Netherlands, Sept., 2018.
    • C.-H. Ko and S.-H. Wu, “Performance analysis on a radio map based indoor positioning system,” in Proc. of IEEE Asia Pacific Wireless Communications Symposium, Hsinchu, Taiwan, Aug., 2018.
    • C.-H. Ko and S.-H. Wu, “A proactive indoor positioning system in randomly deployed dense WiFi networks,” in Proc. of IEEE Globecom, Washington, D.C., USA, Dec., 2016.
    • S.-H. Wu, H.-L. Chao, C.-H. Ko, S.-R. Mo, C.-F. Liang and C.-C. Cheng, “Green Spectrum Sharing in a Cloud-Based Cognitive Radio Access Network,” in Proc. of IEEE International Conference on Green Computing and Communications, Peking, China, Aug., 2013. (Best Paper Award)
    • S.-H. Wu, H.-L. Chao, C.-T. Jiang, S.-R. Mo, C.-H. Ko, T.-L. Li, C.-F. Liang and C.-C. Cheng, “A conceptual model and prototype of cognitive radio Cloud networks,” in Proc. of IEEE WCNC Workshop on Wireless Cloud and White Space Oriented Networks, Paris, France, April, 2012.
    • C.-H. Ko, D.-H. Huang and S.-H. Wu, “Cooperative spectrum in TV white spaces: When cognitive radio meets Cloud” in Proc. of IEEE INFOCOM Workshop on Cloud Computing, Shanghai, China, Apr., 2011.

  • 專書章節
    • S.-H. Wu, H.-L. Chao, H.-L. Chiu, C.-H. Ko, Y.-T. Li, T.-W. Chang, T.-L. Tsai, and C. Chen, "A cloud service model and architecture for small-cell RANs,” in Cloud Radio Access Networks, Principle, Technology, and Applications, Tony Quek, Mugen Peng, Osvaldo Simone, and Wei Yu, Eds., Cambridge Press, 2016.

  • 專　　利
    • S.-H. Wu, H.-L. Chao, and C.-H. Ko, “Access point and communication system for resource allocation,” US 9917669, 2018.
    • S.-H. Wu, H.-L. Chao, and C.-H. Ko, “Resource allocation server and communication system for cloud-based radio access network,” US 9379836, 2016.
    • S.-H. Wu and C.-H. Ko, “Radio system and operating method of the same,” US 9084121, 2015.
    • S.-H. Wu, H.-L. Chao, C.-H. Ko, S.-R. Mo, C.-T. Jiang, T.-L. Li, C.-C. Cheng, C.-F. Liang “Cognitive radio communications system and operating method thereof,” US 8929387, 2015.
    • 伍紹勳, 黃汀華, 柯俊先, “合作式頻譜估測與定位方法及系統”, TW I482518, 2015.
    • S.-H. Wu, D.-H. Huang and C.-H. Ko, “Cooperative spectrum sensing method and system for locationing primary transmitters in a cognitive radio system,” US 8909242, 2014.
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