BS-3-9 Cell-edge User Throughput Improvement for LTE-Advanced Uplink
スポンサーリンク
概要
- 論文の詳細を見る
- 2009-03-04
著者
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KAKURA Yoshikazu
NEC Corporation
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Liu Le
Nec Corporation
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INOUE Takamichi
NEC Corporation
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Inoue Takamichi
System Platforms Research Laboratories, NEC
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Liu Le
System Platforms Research Laboratories, NEC
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Kakura Yoshikazu
System Platforms Research Laboratories, NEC
-
Liu Le
System Platforms Research Laboratories Nec
-
Kakura Yoshikazu
System Platforms Research Laboratories Nec
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Kakura Yoshikazu
System Platfomis Research Laboratories Nec
関連論文
- B-5-11 Effect of backhaul resource allocation on downlink performance of LTE-A Type 1 relay network
- B-5-24 Performance of Downlink Coordinated Multipoint Joint Transmission for LTE-Advanced under Bursty Traffic model
- BS-3-9 Cell-edge User Throughput Improvement for LTE-Advanced Uplink
- BS-4-10 Wireless Access Schemes for LTE-Advanced Uplink
- Likelihood Function for QRM-MLD Suitable for Soft-Decision Turbo Decoding and Its Performance for OFCDM MIMO Multiplexing in Multipath Fading Channel(MIMO)(Multi-carrier Signal Processing Techniques for Next Generation Mobile Communicatio
- Uplink Access Schemes for LTE-Advanced
- Key Enabling Physical Layer Technologies for LTE-Advanced
- B-5-42 Performance Evaluation of Clustered DFT-S-OFDM and N x DFT-S-OFDM
- BS-2-15 Effects of LTE-Advanced Type 1 Relay Node Positions on Downlink Performances
- Performance Evaluation of Downlink LTE-Advanced Type 1 Relay Network
- B-5-54 Backhaul Coordination and Relay-Access Link Power Boosting for Enhancing LTE-A Capacity
- Radio Interface Technologies for Cooperative Transmission in 3GPP LTE-Advanced
- Radio Interface Technologies for Cooperative Transmission in 3GPP LTE-Advanced