Lee Sanghoon | Wireless Network Laboratory E.e. Yonsei University

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概要

• LEE Sanghoonの詳細を見る
• 同名の論文著者
• Wireless Network Laboratory E.e. Yonsei Universityの論文著者

関連著者

• Lee Sanghoon

  Wireless Network Laboratory E.e. Yonsei University

• LEE Sungjin

  Wireless Network Laboratory

• LEE Sanghoon

  Wireless Network Laboratory, E.E. Yonsei University

• Jeon Sungho

  Korean Broadcasting System (kbs) Seoul Kor

• Jeon Sungho

  Wireless Network Laboratory Yonsei University

• LEE Hyungkeuk

  Wireless Network Laboratory, Yonsei University

• Lee Hyungkeuk

  Wireless Network Laboratory Yonsei University

• Lee Sanghoon

  Yonsei Univ. Seoul Kor

• Lee Sanghoon

  Wireless Network Laboratory Yonsei University

• LEE Kwanghyun

  Wireless Network Laboratory, Yonsei University

• PARK Suyoung

  Wireless Network Laboratory, Yonsei University

• Park Suyoung

  Wireless Network Laboratory Yonsei University

• Lee Kwanghyun

  Wireless Network Laboratory Yonsei University

• JEON Younghyun

  Wireless Network Laboratory, Yonsei University

• Jeon Younghyun

  Wireless Network Laboratory Yonsei University

• Son Hyukmin

  Wireless Network Laboratory E.e. Yonsei University

• Gil Gyetae

  R&d Group Korea Telecom

• GIL Gyetae

  R&D Group, Korea Telecom

• Lee Sungjin

  Wireless Network Laboratory Yonsei University

• Han Sangjin

  Wireless Network Laboratory Yonsei University

• KIM Yeonsoo

  USN Research Department Advanced Technology Laboratory

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著作論文

• A Radio Synchronization Technique for Asynchronous Broadband Networks(Transmission Systems and Transmission Equipment for Communications)
• Object-Based Auto Exposure and Focus Algorithms Based on the Human Visual System
• Performance Gain Analysis of Dynamic Carrier Allocation Using Order Statistics(Wireless Communication Technologies)
• Channel Allocation Algorithms for Coexistence of LR-WPAN with WLAN
• Analysis of QoS-Based Band Power Allocation for Broadband Multi-Cell Forward Link Environments
• Prioritized Transmission Gain for Mobile Visual Communications(Mobile Multimedia Communications)
• Compression Gain Measurements Using ROI-Based Data Reduction(Image Media Quality)
• Inter-Cell Resource Coordination Utilizing Macroscopic Diversity for an Uplink OFDMA System
• Optimal Loading Control Based on Region-Time Division for Uplink Broadband Cellular Networks(Wide Band Systems)

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