Multiple source DOA tracking based on Multi-Bernoulli Particle Filter under acoustic vector sensor array. - Sunyong Wu; Xudong Dong 001; Jun Zhao 018; Qiutiao Xue; Ruhua Cai (ICCAIS, 2019)

DOA Tracking Based on Unscented Transform Multi-Bernoulli Filter in Impulse Noise Environment. - Sunyong Wu; Jun Zhao 018; Xu-dong Dong 001; Qiutiao Xue; Ruhua Cai (Sensors, 2019)

A fast implementation of interactive-model generalized labeled multi-bernoulli filter for interval measurements. - Sunyong Wu; Xu-dong Dong 001; Jun Zhao 018; Xiyan Sun; Ruhua Cai (Signal Process., 2019)

Orthogonal Matching Pursuit DOA Estimation for Nested Arrays in Non-Gaussian Clutter. - Xu-dong Dong 001; Meng Sun 003; Jun Zhao 018; Xiaofei Zhang 001 (ICCAIS, 2021)

Fractional Low-Order Moments Based DOA Estimation With Co-Prime Array in Presence of Impulsive Noise. - Xudong Dong 001; Meng Sun 003; Xiaofei Zhang 001; Jun Zhao 018 (IEEE Access, 2021)

Time-Varying DOA Tracking Algorithm Based on Generalized Labeled Multi-Bernoulli. - Jun Zhao 018; Renzhou Gui; Xudong Dong 001; Sunyong Wu (IEEE Access, 2021)

A new measurement association mapping strategy for DOA tracking. - Jun Zhao 018; Renzhou Gui; Xu-dong Dong 001 (Digit. Signal Process., 2021)

PHD Filtering for Multi-Source DOA Tracking With Extended Co-Prime Array: An Improved MUSIC Pseudo-Likelihood. - Jun Zhao 018; Renzhou Gui; Xudong Dong 001 (IEEE Commun. Lett., 2021)

Multi-Maneuvering Sources DOA Tracking With Improved Interactive Multi-Model Multi-Bernoulli Filter for Acoustic Vector Sensor (AVS) Array. - Xudong Dong 001; Xiaofei Zhang 001; Jun Zhao 018; Meng Sun 003; Qihui Wu 001 (IEEE Trans. Veh. Technol., 2021)

DOA Estimation for Coprime Array With Mixed Noise Scenario via Phased Fractional Low-Order Moment. - Xudong Dong 001; Xiaofei Zhang 001; Jun Zhao 018; Meng Sun 003 (IEEE Wirel. Commun. Lett., 2021)

Non-Circular Sources DOA Estimation for Coprime Array With Impulsive Noise: A Novel Augmented Phased Fractional Low-Order Moment. - Xu-dong Dong 001; Xiaofei Zhang 001; Jun Zhao 018; Meng Sun 003 (IEEE Trans. Veh. Technol., 2022)

An Improved PHD Filtering for DOA Tracking With Sparse Array via Unscented Transform Strategy. - Xudong Dong 001; Meng Sun 003; Jun Zhao 018; Xiaofei Zhang 001 (IEEE Trans. Circuits Syst. II Express Briefs, 2023)

Enhanced BNC Approach for Noncircular Signals Direction Finding With Sparse Array in the Scenario of Impulsive Noise. - Xu-dong Dong 001; Meng Sun 003; Jun Zhao 018; Xiaofei Zhang 001; Yide Wang (IEEE Trans. Aerosp. Electron. Syst., 2023)

Direction of Arrival Estimation with Nested Arrays in Presence of Impulsive Noise: A Correlation Entropy-Based Infinite Norm Strategy. - Jun Zhao 018; Renzhou Gui; Xudong Dong 001; Meng Sun 003; Yide Wang (Remote. Sens., 2023)

Non-Circular Signal DOA Estimation with Nested Array via Off-Grid Sparse Bayesian Learning. - Xudong Dong 001; Jun Zhao 018; Meng Sun 003; Xiaofei Zhang 001 (Sensors, 2023)

A Modified δ-Generalized Labeled Multi-Bernoulli Filtering for Multi-Source DOA Tracking With Coprime Array. - Xu-dong Dong 001; Jun Zhao 018; Meng Sun 003; Xiaofei Zhang 001; Yide Wang (IEEE Trans. Wirel. Commun., 2023)

Robust DOA Estimation in Co-Prime Arrays with Impulsive Noise Using EBNC-PFLOM Method. - Xudong Dong 001; Jun Zhao 018; Jingjing Pan; Meng Sun 003; Xiaofei Zhang 001; Yide Wang (IGARSS, 2024)

An Enhanced Multi-target Multi-Bernoulli Particle Filtering for Direction of Arrival Tracking in the Presence of Impulsive Noise. - Jun Zhao 018; Renzhou Gui; Xu-dong Dong 001 (Wirel. Pers. Commun., 2024)

Direction of Arrival Estimation of Coherent Sources via a Signal Space Deep Convolution Network. - Jun Zhao 018; Renzhou Gui; Xu-dong Dong 001; Yufei Zhao (Symmetry, 2024)

An Augmented Space Smoothing Method based on the Signal Space in Coherent Scenarios. - Jun Zhao 018; Renzhou Gui; Xu-dong Dong 001; Meng Sun 003 (Circuits Syst. Signal Process., 2024)

DOA Estimation of Coherent Signals Exploiting Forward/Backward Convolutional Kernels. - Jun Zhao 018; Xudong Dong 001; Han Zhang; Meng Sun 003 (IEEE Signal Process. Lett., 2025)