Yano Kazuto | Atr Wave Engineering Lab.. Kyoto‐fu Jpn
スポンサーリンク
概要
関連著者
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Yano Kazuto
Atr Wave Engineering Lab.. Kyoto‐fu Jpn
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HOU Yafei
ATR Wave Engineering Laboratories
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SONOBE Satoshi
ATR Wave Engineering Laboratories
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UNO Masahiro
ATR Wave Engineering Laboratories
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Kobayashi Kiyoshi
ATR Wave Engineering Laboratories
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TSUKAMOTO Satoshi
ATR Wave Engineering Laboratories
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YANO Kazuto
ATR Wave Engineering Laboratories
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Ueba Masazumi
Atr Wave Engineering Laboratories
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Taromaru Makoto
Atr Wave Engineering Lab.. Kyoto‐fu Jpn
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JEONG Kilsoo
ATR Wave Engineering Laboratories
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TAROMARU Makoto
ATR Wave Engineering Laboratories
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Ueba Masazumi
Atr Wave Engineering Lab. Kyoto‐fu Jpn
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Ueba Masazumi
Wave Engineering Laboratories Advanced Telecommunications Research Institute International
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YANO Kazuto
Wave Engineering Laboratories, Advanced Telecommunications Research Institute International
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TAROMARU Makoto
Wave Engineering Laboratories, Advanced Telecommunications Research Institute International
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Ueda Masazumi
ATR Wave Engineering Laboratories
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Taromaru Makoto
Wave Engineering Laboratories Advanced Telecommunications Research Institute International
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Miyasaka Tomohiro
ATR Wave Engineering Laboratories
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Ariyoshi Masayuki
ATR Wave Engineering Laboratories
著作論文
- Overlay Transmission System on Wireless LAN with RTS/CTS Exchange Taking into Account Timing Synchronization
- Performance of Pre-FFT Type MMSE Adaptive Array Antenna with Iterative Weight Update in Presence of Sporadic Intra-System Interference
- Performance Comparison Among Vector Perturbation, Block Diagonalized Vector Perturbation and Tomlinson-Harashima precoding over MU-MIMO Spatially Correlated Channel
- B-5-35 Manipulation of Channel Matrix and Precoding Weight to Avoid Collapse of Multiuser MIMO Transmission Due to Partial Link Failure
- B-5-86 A Proposal on Antenna Selection for Partial Subcarriers Technique for Block Diagonalized Vector Perturbation Algorithm
- B-5-56 Spectral Efficiency Evaluation of Vector Perturbation and MMSE MU-MIMO Algorithms with Least Square Channel Prediction
- Impact of CSI variation in subband on performance of vector perturbation based MU MIMO-OFDM system
- Precoding Weight Interpolation Method to Mitigate Spectrum Efficiency Loss of Vector Perturbation Based Multiuser MIMO with Limited CSI Feedback
- B-5-7 Symbol Error Ratio Analysis for Zero-forcing Vector Perturbation Algorithm with Mismatch of Modulo Size(B-5.無線通信システムA(移動通信))
- B-17-2 On the Impact of Duration of Spectrum Sensing for WLAN Systems Considering Imperceptible Signals(B-17.ソフトウェア無線,一般セッション)