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| Citation: | Yang Haifeng, Xie Wenchong, Wang Yongliang. Modeling and Analysis of Multiple AEWs Coordinated Detection Radar System with Different Transmit Waveform[J]. Journal of Radars, 2017, 6(3): 267-274. doi: 10.12000/JR16142
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Modeling and Analysis of Multiple AEWs Coordinated Detection Radar System with Different Transmit Waveform
doi: 10.12000/JR16142
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Abstract
Differences in target radial velocities of different airborne radar are used for target detection in a multiple Airborne Early Warnings (AEWs) coordinated detection radar system; this subject is currently a popular research topic. In this paper, a collaborative detection radar system model comprised of multiple AEWs with different transmit waveforms is constructed. The Generalized Likelihood Ratio Test (GLRT) based adaptive detector is then proposed and the approximated statistical characters of the detector are analyzed. Finally, the moving target detection performances of three selected transmit waveforms are analyzed by computer simulation; results show that the detection performance of the collaborative detection radar system is influenced by the transmit waveform, and that the detection performances of different velocity targets are different with the same transmit waveform. -
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References
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- Figure 1. Clutter echo of bistatic airborne radar
- Figure 2. Locations of antenna and target
- Figure 3. PD versus SNR for known covariance matrix with target velocity (50, –100) m/s
- Figure 4. PD versus SNR with target velocity (50, –100) m/s
- Figure 5. PD versus SNR with target velocity (100, 100) m/s
- Figure 6. PD versus SNR with target velocity (100, 60) m/s
- Figure 7. Relationship between PD and the y-target velocity when the x-target velocity is 0 m/s
- Figure 8. Relationship between PD and the x-target velocity when the y-target velocity is 0 m/s