Joint Symbol Timing and Channel Estimation in Two-Way Multiple Antenna Relay Networks. - Zhe Jiang 002; Haiyan Wang 002; Zhi Ding 001 (VTC Fall, 2012)

Broadcasting with Least Redundancy in Wireless Sensor Networks. - Ruiqin Zhao; Xiaohong Shen 001; Zhe Jiang 002; Haiyan Wang 002 (Int. J. Distributed Sens. Networks, 2012)

A Bayesian Algorithm for Joint Symbol Timing Synchronization and Channel Estimation in Two-Way Relay Networks. - Zhe Jiang 002; Haiyan Wang 002; Zhi Ding 001 (IEEE Trans. Commun., 2013)

Joint time-frequency synchronization and channel estimation in two-way relay networks. - Zhe Jiang 002; Xiaohong Shen 001; Yao Ge 005; Ruiqin Zhao; Haiyan Wang 002 (J. Frankl. Inst., 2014)

Mobile underwater acoustic communication based on passive time reversal. - Changwei Li; Xiaohong Shen 001; Zhe Jiang 002; Xin Wang 100 (ICSPCC, 2017)

A computational-efficient turbo receiver for mobile underwater acoustic channels. - Xuandi Sun; Zhe Jiang 002; Xiaohong Shen 001; Xin Wang 100 (ICSPCC, 2017)

An new LFM detection algorithm based on ADTR-FrFT for active sonar system. - Zhichen Zhang; Haiyan Wang 002; Zhengguo Liu; Xiaohong Shen 001; Zhe Jiang 002; Haixia Jing (ICSPCC, 2017)

Approximate Gibbs algorithm for blind data detection in two-way relay networks. - Zhe Jiang 002; Xiaohong Shen 001; Yao Ge 005; Haiyan Wang 002 (IET Commun., 2017)

Effects of Second-Order Matched Stochastic Resonance for Weak Signal Detection. - Haitao Dong; Haiyan Wang 002; Xiaohong Shen 001; Zhe Jiang 002 (IEEE Access, 2018)

Throughput of underwater acoustic networks with significant multipath delays. - Zhe Jiang 002; Xiaohong Shen 001; Haiyan Wang 002 (J. Frankl. Inst., 2018)

Target localization based on structured total least squares with hybrid TDOA-AOA measurements. - Tianyi Jia; Haiyan Wang 002; Xiaohong Shen 001; Zhe Jiang 002; Ke He (Signal Process., 2018)

A Bayesian Receiver for Semiblind Equalization in Sparse Underwater Acoustic Channels Using Bernoulli Priors. - Ling Wang; Zhe Jiang 002; Haiyan Wang 002 (IEEE Access, 2020)

Low Complexity Equalization of Orthogonal Chirp Division Multiplexing in Doubly-Selective Channels. - Xin Wang 100; Zhe Jiang 002; Xiao-Hong Shen 001 (Sensors, 2020)

Joint PSK Data Detection and Channel Estimation Under Frequency Selective Sparse Multipath Channels. - Zhe Jiang 002; Xiaohong Shen 001; Haiyan Wang 002; Zhi Ding 001 (IEEE Trans. Commun., 2020)

Capacity of Uplink Partial Overlapping Non-Orthogonal Multiple Access for Underwater Acoustic Networks. - Zhe Jiang 002; Xiaohong Shen 001; Haiyan Wang 002 (IEEE Trans. Veh. Technol., 2020)

Underwater Multi-Class Targets Classification Based on Conflict Confidence Fusion. - Zhe Jiang 002; Xuewen Chen; Ke He; Haitao Dong (ICSPCC, 2021)

On Low-Complexity MMSE Channel Estimation for OCDM Systems. - Xin Wang 100; Xiaohong Shen 001; Fei Hua 001; Zhe Jiang 002 (IEEE Wirel. Commun. Lett., 2021)

A Flipped Classroom Teaching Design Based on Constructivist Theory. - Zhe Jiang 002; Xiaohong Shen 001; Junbo Zhang; Haiyan Wang 002 (ICSPCC, 2023)

Torpedo Electromagnetic Fuze Active Interference Recognition Based on Improved AlexNet. - Zhe Jiang 002; Xiaoxuan Tang; Peixuan Li; Haiyan Wang 002 (ICSPCC, 2023)

Anti-Jamming Method of Near-Field Underwater Acoustic Detection Based on WGAN. - Jingbo Zhang; Zhe Jiang 002; Daojiang Li; Haiyan Wang 002 (ICSPCC, 2023)

Improved RAKE receiver for underwater acoustic spread spectrum communication based on m-SAMP channel estimation. - Junbo Zhang; Zhe Jiang 002; Tianyuan Zhang; Daojiang Li (ICSPCC, 2023)

Efficient Data Aggregation Method Based on Function Approximation and Characterization in UWSNs. - Bingbing Zheng; Zhe Jiang 002; Xiaohong Shen 001 (ICSPCC, 2023)

Statistical Studies of Fading in Underwater Wireless Optical Channels in the Presence of Bubbles. - Zhe Jiang 002; Junbo Zhang; Haiyan Wang 002 (ICSPCC, 2024)

Underwater emission-coupled self-interference suppression based on variable-step normalized subband adaptive filtering with noise variance estimation. - Weijie Ning; Zhe Jiang 002; Xiaohong Shen; Bingbing Zheng (Digit. Signal Process., 2025)