TAKATA Tomohumi | Panasonic Mobile Communications R&D Lab. Co. Ltd.
スポンサーリンク
概要
関連著者
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TAKATA Tomohumi
Panasonic Mobile Communications R&D Lab. Co. Ltd.
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IMAMURA Daichi
Panasonic Corporation
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平松 勝彦
松下通信工業(株) ワイヤレスソリューション研究所
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平松 勝彦
松下電器産業株式会社
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HIRAMATSU Katsuhiko
Panasonic Corporation
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MIYA Kazuyuki
Panasonic Mobile Communications R&D Lab. Co. Ltd.
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NAKAO Seigo
Next-Generation Mobile Communications Development Center, Tokyo R&D Center, Panasonic Corporation
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IMAMURA Daichi
Next-Generation Mobile Communications Development Center, Tokyo R&D Center, Panasonic Corporation
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Takata Tomohumi
Panasonic Mobile Communications R&d Lab. Co. Ltd.
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Imamura Daichi
Next-generation Mobile Communications Development Center Tokyo R&d Center Panasonic Corporation
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Hiramatsu K
Next-generation Mobile Communications Development Center Tokyo R&d Center Panasonic Corporation
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平松 勝彦
パナソニック(株)R&D本部事業開発推進室
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OGAWA Yoshihiko
Panasonic Corporation
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IWAI Takashi
Panasonic Mobile Communications R&D Lab. Co. Ltd.
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HOMMA Koichi
Department of Communication and Network Engineering, Tokai University
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Nakao Seigo
Next-generation Mobile Communications Development Center Tokyo R&d Center Panasonic Corporation
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Miya Kazuyuki
Panasonic Mobile Communications R&d Lab. Co. Ltd.
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HIRAMATSU Katsuhiko
Next-Generation Mobile Communications Development Center, Tokyo R&D Center, Panasonic Corporation
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FUKUOKA Masaru
Panasonic Mobile Communications R&D Lab. Co., Ltd.
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HIRAMATSU Katsuhiko
Overseas R&D Promotion Center, Panasonic Corporation
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Iwai Takashi
Panasonic Mobile Communications R&d Lab. Co. Ltd.
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Homma K
Telecom Research Laboratory Matsushita Communication Industrial Co. Ltd.
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Homma Koichi
Department Of Communication And Network Engineering Tokai University
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Fukuoka Masaru
Panasonic Mobile Communications R&d Lab. Co. Ltd.
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Homma Koichi
Department of Applied Chemistry, Faculty of Science, Science University of Tokyo
著作論文
- Pilot Signal Generation Scheme Using Frequency-Dependent Cyclic Shift ZC Sequence for Inter-Cell Interference Mitigation
- Effects of a Phase Rotation Scheme on the DTX Detection Performance for the E-UTRA Uplink ACK/NACK Signals
- A Novel Phase Rotation Scheme on the Constellations for the E-UTRA Uplink ACK/NACK Signals
- A Novel Spreading Code Design for E-UTRA Uplink Control Channel and Its Performance
- Pilot Signal Generation Scheme Using Frequency-Dependent Cyclic Shift ZC Sequence for Inter-Cell Interference Mitigation