Sequential Search Method with Different Thresholds for Clipped Power for OFDM Signal. - Jiyun Shen; Hiromasa Fujii; Takahiro Asai; Hitoshi Yoshino (VTC Spring, 2006)

Direction estimation for cellular enhanced cell-ID positioning using multiple sector observations. - Jiyun Shen; Yasuhiro Oda (IPIN, 2010)

A Novel Approach for Capacity Improvement of 2x2 MIMO in LOS Channel Using Reflectarray. - Jiyun Shen; Yasuhiro Oda; Tatsuo Furuno; Tamami Maruyama; Tomoyuki Ohya (VTC Spring, 2011)

Field experiment of 8×8 line-of-sight MIMO channel improved by using reflectarray approach. - Jiyun Shen; Yasuhiro Oda; Tatsuo Furuno; Tamami Maruyama (PIMRC, 2013)

11 GHz Band 8×16 MIMO-OFDM outdoor transmission experiment for 10 Gbps super high bit rate mobile communications. - Satoshi Suyama; Jiyun Shen; Yasuhiro Oda; Hiroshi Suzuki; Kazuhiko Fukawa (PIMRC, 2013)

Requirements of power amplifier on super high bit rate massive MIMO OFDM transmission using higher frequency bands. - Jiyun Shen; Satoshi Suyama; Tatsunori Obara; Yukihiko Okumura (GLOBECOM Workshops, 2014)

Evaluation of 30 Gbps super high bit rate mobile communications using channel data in 11 GHz band 24×24 MIMO experiment. - Satoshi Suyama; Jiyun Shen; Hiroshi Suzuki; Kazuhiko Fukawa; Yukihiko Okumura (ICC, 2014)

Joint fixed beamforming and eigenmode precoding for super high bit rate massive MIMO systems using higher frequency bands. - Tatsunori Obara; Satoshi Suyama; Jiyun Shen; Yukihiko Okumura (PIMRC, 2014)

A Study on Moving Cell in 5G Cellular System. - Hiroto Yasuda; Akira Kishida; Jiyun Shen; Yoshifumi Morihiro; Yasufumi Morioka; Satoshi Suyama; Akira Yamada 003; Yukihiko Okumura; Takahiro Asai (VTC Fall, 2015)

Joint Processing of Analog Fixed Beamforming and CSI-Based Precoding for Super High Bit Rate Massive MIMO Transmission Using Higher Frequency Bands. - Tatsunori Obara; Satoshi Suyama; Jiyun Shen; Yukihiko Okumura (IEICE Trans. Commun., 2015)

Privacy Policy Compliance Inspection of Financial Apps. - Jiyun Shen; Yue Wang; Qingheng Wu; Yuan Zhao (QRS Companion, 2023)

RECNN: A Novel Deep Learning Model to Predict 8-state Protein Secondary Structure. - Long Cheng; Yiyi Xia; Yiming Lu; Jiyun Shen; Yi Qiu; Haipeng Zhao; Weizhong Lu (ICAI (1), 2024)

ProAttUnet: Advancing protein secondary structure prediction with deep learning via U-Net dual-pathway feature fusion and ESM2 pretrained protein language model. - Long Cheng; Weizhong Lu; Yiyi Xia; Yiming Lu; Jiyun Shen; Zhiqiang Hui; Yixin Xu; Hongjie Wu; Jing Chen 036; Qiming Fu 001; You Lu 004 (Comput. Biol. Chem., 2025)