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In general, range resolution is determined by the bandwidth of the transmitted signal which is limited by the radar system.
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In general, the range resolution is proportional to bandwidth of waveform, and the cross-range resolution is dependent on both the coherent processing interval (CPI) and the target rotational motion from variation of radar viewing angles.
The general equation for ΔR BR as a function of the bistatic angle β and either the monostatic range resolution ΔR MR or the signal bandwidth Δf 0 is defined by the geometry in Figure 6 and can be expressed through [27], Δ R ψ = Δ R MR cos β / 2 cos ψ = c 2 Δ f 0 cos β / 2 cos ψ. (5) Figure 6 Range resolution in (A) bistatic and (B) FSR configurations.
The range resolution is 0.375m.
The range resolution was 150 m.
Figure 9 Ambiguity function showing range resolution.
The range resolution is ρ r = 0.075.
Table 1 Range resolution of different methods SNR (dB) Range resolution (method in [1]) (m) Range resolution (method in[22]) (m) Range resolution (method in[23]) (m) Range resolution (method in this article) (m) 40 33 32.3 28.7 30.8 20 35 34.5 27.6 28.5 10 N/A N/A 22.8 322.8
Both the range resolution and azimuth resolution are approximately 1 m.
The theoretical range resolution is 2.0 m, and the azimuth resolution is 1.7 m.
Besides, the theoretical range resolution and azimuth resolution are 0.443 and 0.125 m, respectively[16].
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