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2024, 2023, 2022, 2021, 2020-2016, 2015-2011, 2010-2006, 2005-2001

2024

Transactions and Letters

• Binu Shrestha, Yuyuan Chang, and Kazuhiko Fukawa, “Device-to-device communications employing fog nodes using parallel and serial interference cancelers,”IEICE Transactions on Communications,vol. E107.B, no. 1, pp. 223-231, Jan. 2024.

Domestic Conference

• Yuki Ono, Yuyuan Chang, Kazuhiko Fukawa, Satoshi Suyama, and Takahiro Asai, “Time-varying channel prediction based on angle variation model for analog-digital-hybrid massive MIMO communications,”IEICE Society Conf. B-5A-54, Mar. 2024 (in Japanese).
• Keigo Shimada, Kazuhiko Fukawa, Yuyuan Chang, “Machine learning based compensation for IQ imbalance and nonlinear amplification of wireless communications circuits,”IEICE General Conf.B-5A-54, Mar 2024 (in Japanese).
• Yuyuan Chang and Kazuhiko Fukawa, “Theoretical analysis of linear compensation for IQ Imbalance in mobile communications circuits,” IEICE Society Conf.B-5A-79, Mar. 2024 (in Japanese).
• Yuki Ono, Yuyuan Chang, Kazuhiko Fukawa, Satoshi Suyama, and Takahiro Asai, “Time-varying channel prediction considering angle-of-arrival variation for hybrid massive MIMO communications,” IEICE Tech. Report,vol. 123, no. 434, RCS2023-287, pp. 146-151, Mar. 2024 (in Japanese).
• Yuyuan Chang and Kazuhiko Fukawa,“Predistortion Exploiting Linear Estimation and Its Residual Errors for IQ Imbalance and Nonlinear Amplification in Wireless Communications Circuits,”IEICE Tech. Report, vol. 123, no. 434, RCS2023-290, pp. 164-169, Mar. 2024 (in Japanese).
• Keigo Shimada, Kazuhiko Fukawa, Yuyuan Chang, “Compensation schemes for IQ imbalance and nonlinear amplification using machine learning techniques,”IEICE Tech. Report,vol. 123, no. 434, RCS2023-291, pp. 170-175, Mar. 2024 (in Japanese).

2023

Transactions and Letters

• Yuyuan Chang and Kazuhiko Fukawa, “Non-orthogonal multiple access based on orthogonal space-time block codes for mobile communications,”IEICE Transactions on Communications.,vol. E106.B, no. 10, pp. 1024-1033, Oct. 2023.

International Conference

• Yun Li, Yuyuan Chang, Kazuhiko Fukawa, and Naoki Kodama, “Reinforcement learning-based cognitive radio transmission scheduling in vehicular systems,”2023 IEEE 97th Vehicular Technology Conference (VTC2023-Spring),Florence, Italy, Jun. 2023, pp. 1-5.
• Huiying Song, Yuyuan Chang, and Kazuhiko Fukawa, “A CSI-based construction scheme for GN-Coset codes over frequency selective fading channels,”2023 IEEE 97th Vehicular Technology Conference (VTC2023-Spring), Florence, Italy, Jun. 2023, pp. 1-5.
• Yuki Ono, Yuyuan Chang, Kazuhiko Fukawa, Satoshi Suyama, and Takahiro Asai, “Time-varying channel prediction for pilot contamination mitigation in hybrid massive MIMO communications,”2023 IEEE 97th Vehicular Technology Conference (VTC2023-Spring), Florence, Italy, Jun. 2023, pp. 1-5.
• Zijie Liang, Yiwei Su, Huiying Song, Kazuhiko Fukawa, and Yuyuan Chang, “A slotted polar random spreading scheme for massive MIMO unsourced random access,”2023 IEEE 98th Vehicular Technology Conference (VTC2023-Fall), Hong Kong,Oct. 2023, pp. 1-5.

Domestic Conference

• Kohei Nozaki, Yuyuan Chang, Kazuhiko Fukawa, and Daichi Hirahara, “Low-complexity multiuser detection of multiple collided packets in space-based AIS experiments,”IEICE Tech. Report,vol.122, no. 409, SAT2022-71, pp. 87-92, Mar. 2023 (in Japanese).
• Yuki Ono, Yuyuan Chang, Kazuhiko Fukawa, Satoshi Suyama, and Takahiro Asai, “Time-varying channel prediction for pilot contamination alleviation in hybrid massive MIMO communications,”IEICE Tech. Report, vol.122, no. 399, RCS2022-296, pp. 255-260, Mar. 2023 (in Japanese).
• Kohei Nozaki, Yuyuan Chang, Kazuhiko Fukawa, “Low-complexity signal detection for more than two collided packets in space-based AIS,” IEICE Society Conf.,B-5-58, Mar. 2023 (in Japanese).
• Zhengjun Qian, Yuyuan Chang, and Kazuhiko Fukawa, “Iterative maximum likelihood detection schemes for faster-than-Nyquist signals,” IEICE Tech. Report,vol. 123, no. 172, RCS2023-114, pp. 61-66, Aug. 2023.
• Yun Li, Yuyuan Chang, and Kazuhiko Fukawa, “Resource management using reinforcement learning for V2X communications to support autonomous driving,” IEICE Tech. Report,vol. 123, no. 172, RCS2023-115, pp. 67-72, Aug. 2023.
• Zhengjun Qian, Yuyuan Chang, and Kazuhiko Fukawa, “Iterative MLD receiver for faster-than-Nyquist signals,”IEICE Society Conf.,B-5-23, Sept. 2023.
• Yun Li, Yuyuan Chang, and Kazuhiko Fukawa, “Optimized channel selection in vehicular systems using reinforcement learning techniques,”IEICE Society Conf.B-5-2, Sept. 2023.

2022

Domestic Conference

• 野﨑航平，張裕淵，府川和彦，平原大地，"衛星搭載AISにおける逐次チャネル推定を用いた衝突パケットの分離検出，"信学技報，vol. 121，no．379，SAT2021-61，pp．51-56，2022年2月．
• 小野佑貴，張裕淵，府川和彦，須山聡，浅井孝浩，"ハイブリッド型Massive MIMOにおけるパイロット汚染に耐性の有るチャネル推定法，"信学技報，vol. 121，no．391，RCS2021-270，pp．102-107，2022年3月．
• 寺内優，張裕淵，府川和彦，"ミリ波帯無線通信における位相雑音補償を伴う定振幅OFDM伝送，"信学技報，vol. 121，no．391，RCS2021-251，pp．1-6，2022年3月．
• 松本侑理香，張裕淵，府川和彦，"MIMO無線通信におけるチャネル時間変動に耐性のあるランダム位相・物理層暗号，"信学技報，vol. 121，no．391，RCS2021-252，pp．7-12，2022年3月．
• Yang Yang, Yuyuan Chang, and Kazuhiko Fukawa, "OFDM Wireless Receivers based on Time-to-Digital Conversion，"信学技報，vol. 121，no．391，RCS2021-292，pp．201-206，2022年3月．
• 小野佑貴，張裕淵，府川和彦，須山聡，浅井孝浩，"ハイブリッド型Massive MIMOにおけるパイロット汚染を低減するチャネル推定法，"信学総合大会，B-5-63，2022年3月．
• 寺内優，張裕淵，府川和彦， "ミリ波帯無線通信における位相雑音に耐性がある定振幅OFDM伝送方式，"信学総合大会，B-5-34，2022年3月．
• 松本侑理香，張裕淵，府川和彦，"MIMO無線通信の時変動チャネルへ追従可能な物理層暗号方式，"信学総合大会，B-5-84，2022年3月．

2021

Journal

• Hideya SO, Kazuhiko FUKAWA, Hayato SOYA, and Yuyuan CHANG,“Metric-Combining Multiuser Detection Using Replica Cancellation with RTS and Enhanced CTS for High-Reliable and Low-Latency Wireless Communications,”IEICE Trans. on Commun., vol. E104-B, no. 11, pp. 1441-1453, 2021.
• Hideya So, Hayato Soya, and Kazuhiko Fukawa,“Spectrum Sensing Scheme Measuring Packet Lengths of Interfering Systems for Dynamic Spectrum Sharing,”IEEE Access, vol. 9, pp. 135160-135166, 2021.

International Conference

• Kohei Nozaki, Yuwa Takanezawa, Yuyuan Chang, Kazuhiko Fukawa and Daichi Hirahara, "Multiuser Detection of Collided AIS Packets with Accurate Estimates of Doppler Frequencies, "VTC2021-Spring, April. 2021
• Kittikom Sangrit, Jessada Karnjana, Seksan Laitrakun, Kazuhiko Fukawa, Somchart Fugkeaw, and Suthum Keerativittayanun,“Distance Estimation Between Wireless Sensor Nodes Using RSSI and CSI with Bounded-Error Estimation and Theory of Evidence for a Landslide Monitoring System,”ICITEE 2021, 2021.
• Aman Worasutr, Denchai Worasawate, Tiwat Pongthavornkamol, and Kazuhiko Fukawa,“Improved Human Detection Algorithm by Indoor W-Band FMCW RADAR using K-means Technique,”iEECON 2021, 2021.

Domestic Conference

• 野﨑航平，張　裕淵，府川和彦，平原大地，"衛星搭載AISにおける衝突パケット数 3 以上の信号検出"，信学総大，B-5-103, 2021年3月
• 野﨑航平，高根沢優和，張　裕淵，府川和彦，平原大地，"衛星搭載AISにおける高精度ドップラー周波数推定を用いた衝突パケットの分離検出"，信学技報，SAT2020-38, 2021年2月
• 柘植健太，張　裕淵，府川和彦，須山　聡，浅井孝浩，"ハイブリッド型Massive MIMOにおけるマルチクラスター時変動チャネルの適応予測，"電子情報通信学会総合大会，B-5-58，2021年3月．
• 柘植健太，張　裕淵，府川和彦，須山　聡，浅井孝浩，"ハイブリッドビームフォーミングを用いたMassive MIMOにおけるマルチクラスター時変動チャネルの適応予測，"電子情報通信学会技術報告，RCS2020-252，2021年3月．
• 京嶋裕幸，張　裕淵，府川和彦，"D2D通信における干渉キャンセル機能付きFog Nodeを用いた無線リソース再利用，"電子情報通信学会技術報告，RCS2020-209，2021年3月．
• 京嶋裕幸，張　裕淵，府川和彦，"D2D通信における干渉キャンセル機能付きFog Nodeを用いた無線リソース共有，"電子情報通信学会総合大会，B-5-91，2021年3月．
• 玉田直人，張裕淵，府川和彦，"MIMO無線通信ネットワークにおける教師なし機械学習に基づく送信電力及びビームフォーミング制御，"信学技報，vol. 121，no．113，CS2021-29，pp．63-68，2021年7月．
• 宋卉迎，張裕淵，府川和彦，"周波数選択性フェージングチャネルにおけるPolar Code の符号化および復号，"信学技報，vol．121，no．153，RCS2021-99，pp．1-6，2021年8月．
• Huiying Song，Yuyuan Chang，Kazuhiko Fukawa，"Frozen Bits Design of Polar Codes over Frequency Selective Fading Channels，"電子情報通信ソサイエティ大会，B-5-27，2021年9月．
• 野﨑　航平，張　裕淵，府川　和彦，平原　大地，"衛星搭載AIS における高精度ドップラ周波数推定を伴う衝突パケットの反復チャネル推定，"電子情報通信ソサイエティ大会，B-5-22，2021年9月．
• 玉田直人，張　裕淵，府川和彦，"CNNを用いたMIMO無線通信ネットワークの送信電力及びビームフォーミング制御，"電子情報通信ソサイエティ大会，B-5-26，2021年9月．