Li Yang
Associate Professor
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Supervisor of Master's Candidates
- Master Tutor
- Education Level:PhD graduate
- Degree:Doctor of science
- Professional Title:Associate Professor
- Alma Mater:Fudan University
- Supervisor of Master's Candidates
- School/Department:School of Information Science and Technology
Contact Information
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- Research
Research Field
Multi-antenna communication and navigation
Array signal processing
High-dimensional signal processing
Tensor decomposition
Differential GNSS relative positioning and
attitude determination
GNSS array anti-interference processing
Compressed sensing
Microwave photonics
Paper Publications
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- Self-Generating Optical Satellite Navigation Waveform Loop Method and Implementation for Time-Frequency Synchronization,翟平华,Yang Li,Xihua Zou,陈豪,谢爱平,yejia,panwei,Yan[J].Acta Optica Sinica,2026,46(5):0507001
- Photonics-assisted joint spatial-frequency compressive sensing for sparse multiband radio frequency signals using DEMZMs,Yang Li,Tieliang Zhang,Xihua Zou,panwei,Yan[J].Optics Express,2025,33(17):35185
- Photonic-Assisted Multi-Antenna Frequency-Spatial Compressed Sensing Array for Joint Frequency and DOA Estimation,Tieliang Zhang,Yang Li,Bo Yang,panwei,Yan,Hao Chi,Xihua Zou[J].Journal of Lightwave Technology,2024,42(21):7678-7685
- A Time-Delay Estimation Algorithm by Generalized Schur Decomposition with Tensor Modeling for GNSS Arrays,Xianlin Huang,Yang Li,Zhengkun Qiu,Feifei Wei[C].Proceedings of 13th China Satellite Navigation Conference,2023
- Photonics-assisted Frequency and DOA estimation via Frequency-Spatial Compressed Sensing,Tieliang Zhang,Yang Li,Xihua Zou,panwei,Yan,Bo Yang,Hao Chi[C].Asia Communications and Photonics Conference 2022,2022
Patents
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- 基于三通道的自动调制识别方法：ZL202410433120.4[p]. Software copyright
- GNSS阵列张量建模的广义Schur分解时延估计方法：ZL202211682367.7[p]. Software copyright
- 一种微波光子辅助的空频压缩感知频率和DOA估计方法：ZL202211706167.0[p]. Software copyright
- 一种利用多天线几何特征的高精度低计算载体测姿方法：ZL202110279000.X[p]. Software copyright
- 导航卫星多阵元天线自动校准测试系统：ZL201811163444.1[p]. Software copyright
Research Projects
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- Research on time-frequency synchronization technology based on optical satellite navigation signals
- Research on Distributed Network Spatiotemporal Coupling Enhanced Synchronization Method Based on Optical Satellite Navigation Signals
- Research on "Fast, Accurate, and Stable" High-Speed Railway Attitude Measurement Based on Optical-Loaded BDS Broken-Line Array
- Research on Joint Frequency-Spatial Domain Compressed Sensing of Microwave Signals in Photonics Based on Tensor Decomposition
- Research on Key Technologies of Multi-Antenna BeiDou Navigation in High-Speed Railway Applications