Theoretical analysis and simulation experiments show that the target body echo and
translation velocity can be effectively eliminated by quadrature reception and translation compensation.
References
1. Zhang Q, Luo Y (2013) Micro-doppler effect of radar targets. National Defense Industry
Press, Beijing, pp 22–31
2. Li X, Liu Y, Li K (2016) The micro-motion characteristic of radar target. Science Publishing
House, Beijing, pp 1–8
3. Chen P, Hao S, Hu Y, Li Z (2015) Micro-doppler analysis of moving helicopter’s rotor
blades. TIANJIN Infrared Laser Eng (1):118–121
4. Chen VC et al (2006) Micro-doppler effect in radar: phenomen, model, and simulation study.
IEEE Trans. Aerosp Electron Syst 42(1):2–21
5. Tang B, Huang W, Chen X (2019) Research on micro-doppler characteristics of underwater
target. Wuhan J Naval Univ Eng 31(1):92–95
6. Yang Q, Zhang Q, Wang M (2015) Doppler feature analysis of ship based on airborne narrow
band radar. Beijing Syst Eng Electron 37(12):2733–2738
7. Wu S (2013) The micro-doppler effect in radar. Publishiing House Of Electronics Industry,
Beijing, pp 47–50
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