Description: The radar equation, based on the radar equation written in the radar countermeasure principle, has been used as a.M file
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File list (Check if you may need any files):
rcs_frustum1.m
rcs_frustum_driver.mat
rcs_frustum_gui.m
rcs_isosceles.m
rcs_isosceles_driver.mat
rcs_isosceles_gui.m
rcs_rect_plate.m
rcs_rect_plate_driver.mat
rcs_rect_plate_gui.m
rcs_sphere.m
sphereRCS.m
wedgeTM.m
wedgeTMfields.m
fig1_19.m
fig1_21.m
fig1_23.m
casestudy1_1.m
fig1_12.m
fig1_13.m
fig1_16.m
factor.m
clutter_rcs.m
improv_fac.m
figs13.m
fig12_12-13.m
initialize.m
radar_eq_PC.m
polardb.m
circ_array.m
circular_array.m
fig8_5.m
fig8_7.m
fig8_53.m
radar_eq.m
fig7_9.m
fig7_10.m
fig7_10a.m
fig7_10b.m
fig7_10c.m
fig7_11.m
fig710.m
myradar_visit7.m
single_canceler.m
double_canceler.m
clutter_rcs_gui.m
clutterrcsgui.m
myradar_visit6.m
clutter_rcs_gui.fig
pulse_integration.m
power_aperture.m
fig5_3.m
fig5_14.m
matched_filter.m
matched_filter_gui.fig
matched_filter_gui.m
mismatch.m
power_integer_2.m
stretch.m
stretch_gui.fig
stretch_gui.m
train_ambg.m
single_pulse_ambg.m
prn_ambig.m
myradar_visit4.m
lfm_ambg.m
fig4_8.m
Fig4_6.m
fig4_5.m
fig4_4.m
Fig4_2.m
LFM_gui.m
LFM_gui.fig
LFM.m
hrr_profile.m
fresnels.m
fresnelc.m
fig3_17.m
fig3_8a.m
fig3_8_v1.m
fig3_8.m
myradarvisit1_1.m
fig1_28.m
fig1_27.m
fig2_10.m
fig2_11ab.m
fig2_12.m
fig2_13.m
fig2_14.m
fig2_16.m
fig2_2.m
fig2_21.m
Fig2_3.m
fig2_6a.m
fig2_6b.m
Fig2_7.m
Fig2_8.m
fig2_9.m
fluct_loss.m
incomplete_gamma.m
marcumsq.m