ISTAP-based Multichannel Radar DOA Estimation under Rapid Airspace Rotation
L Zhou, Y Wu, L Zhang, D Xia - IEEE Geoscience and Remote …, 2024 - ieeexplore.ieee.org
The angular systematic error of multichannel airspace rotating radars can be precisely
compensated, while the angular random error must be improved by increasing the signal-to …
compensated, while the angular random error must be improved by increasing the signal-to …
Joint space and time processing for unknown mutual coupling blind calibration and mixed sources identification using uniform circular array
K Wang, L Wang, J Xie, Y Wang, Z Zhang - Electronics, 2019 - mdpi.com
In classification and localization of mixed far-field and near-field sources, the unknown
mutual coupling degrades the performance of most high-resolution algorithms. In practice …
mutual coupling degrades the performance of most high-resolution algorithms. In practice …
[PDF][PDF] MIMO space-time adaptive processing with uncertainty in the knowledge of target parameters
M Ahmadi, K Mohamed-pour - Journal of Remote Sensing, 2014 - researchgate.net
In this article, colocated multiple-input multiple-output tracking radar is studied; such radar
needs robust space-time adaptive processing against target azimuth angle and Doppler …
needs robust space-time adaptive processing against target azimuth angle and Doppler …
Joint space and time domain processing for DOA estimation
K Wang, L Wang, C Han - 2015 IEEE International Conference …, 2015 - ieeexplore.ieee.org
The small degrees of freedom (DOFs) and low SNR of incoming signal lead to direction of
arrival (DOA) estimation performance degradation. A spacetime signal processing method …
arrival (DOA) estimation performance degradation. A spacetime signal processing method …
Moving target detection in airborne MIMO radar for fluctuating target RCS model
This paper considers the problem of target detection for multiple-input multiple-output with
colocated antennas on a moving airborne platform. The target's radar cross section …
colocated antennas on a moving airborne platform. The target's radar cross section …
Robust bi-iterative STAP algorithm against DOA and Doppler mismatches based on SOCP
T Wang, YJ Zhao, TX Dang, C Zhengzhou - 2015 - IET
To solve the problem of the direction of arrival (DOA) and Doppler mismatch errors between
the actual and presumed signal steering vectors in airborne radar spacetime adaptive …
the actual and presumed signal steering vectors in airborne radar spacetime adaptive …