雷达仿真 matlab,matlab代码实现雷达成像的仿真

MATLAB Simulations for Radar Systems Design includes a variety of functions and GUIs for radar system analysis and simulation. Key components include functions like Barkerambig.m, DielCappedWedgeTMFieldsLs.m, and matchedfilter.m, which are used for waveform analysis, electromagnetic field calculations, and matched filtering, respectively. GUIs such as CappedWedgeGUI.fig and radareqPC.m provide interactive tools for radar system design, including features like range reduction factor analysis and radar cross-section (RCS) calculations. The package also includes functions for RCS modeling (e.g., rcscylinder.m, rcssphere.m) and radar equation computations (e.g., radareq.m, radareqPC.m), along with tools for signal processing (e.g., stretchgui.m, quefunc.m) and radar performance evaluation (e.g., sir.m, snr_sp.m). These tools collectively support comprehensive radar system design, analysis, and simulation.

MATLAB Simulations for Radar Systems Design

Barker_ambig.m

Capped_WedgeTM.m

Capped_Wedge_GUI.fig

Capped_Wedge_GUI.m

DielCappedWedgeTMFields_Ls.m

DielCappedWedgeTMFields_PW.m

Fig2_3.m

Fig2_7.m

Fig2_8.m

Fig4_2.m

Fig4_6.m

LFM.m

LFM_gui.fig

LFM_gui.m

PolKal.m

addnoise.m

array.fig

array.m

burn_thru.m

casestudy1_1.m

circ_array.m

circular_array.m

clutter_rcs.m

clutter_rcs_gui.fig

clutter_rcs_gui.m

clutterrcsgui.m

cylinder.m

cylinderRCS_fig.mat

cylinderi.m

dbesselh.m

dbesselj.m

dbessely.m

double_canceler.m

example11_1.m

factor.m

fig10_8.m

fig11_18a.m

fig12_12-13.m

fig1_12.m

fig1_13.m

fig1_16.m

fig1_19.m

fig1_21.m

fig1_23.m

fig1_27.m

fig1_28.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_6a.m

fig2_6b.m

fig2_9.m

fig3_17.m

fig3_7.m

fig3_8.m

fig3_8_v1.m

fig3_8a.m

fig4_4.m

fig4_5.m

fig4_8.m

fig5_14.m

fig5_3.m

fig710.m

fig7_10.m

fig7_10a.m

fig7_10b.m

fig7_10c.m

fig7_11.m

fig7_9.m

fig8_5.m

fig8_53.m

fig8_7.m

fig9_20.m

fig9_21.m

fig9_27.m

fig9_28.m

figs13.m

fluct_loss.m

fresnelc.m

fresnels.m

fxdwght.m

ghk_tracker.m

hrr_profile.m

improv_fac.m

incomplete_gamma.m

initialize.m

kalfilt.m

kalm.m

kalman_filter.m

kalman_gui.fig

kalman_gui.m

lfm_ambg.m

linear_array.m

linear_array_gui.fig

linear_array_gui.m

makeellip.m

maketraj.m

marcumsq.m

matched_filter.m

matched_filter_gui.fig

matched_filter_gui.m

mismatch.m

mono_pulse.m

myradar_visit2_1.m

myradar_visit2_2.m

myradar_visit2_2_gui.fig

myradar_visit2_2_gui.m

myradar_visit4.m

myradar_visit6.m

myradar_visit7.m

myradar_visit8.m

myradarvisit1_1.m

normrnd.m

pd_swerling1.m

pd_swerling2.m

pd_swerling3.m

pd_swerling4.m

pd_swerling5.m

planar_array_gui.m

polardb.m

power_aperture.m

power_integer_2.m

prn_ambig.m

prob_snr1.m

pulse_integration.m

que_func.m

radar_eq.m

radar_eq_PC.m

range_red_factor.m

range_red_factor_bat.m

range_red_factori.m

rcs_aspect.m

rcs_aspect_driver.mat

rcs_aspect_gui.m

rcs_circ_plate.m

rcs_circ_plate_driver.mat

rcs_circ_plate_gui.m

rcs_cylinder.m

rcs_cylinder_cmplx.m

rcs_cylinder_driver.mat

rcs_cylinder_gui.m

rcs_ellipsoid.m

rcs_ellipsoid_driver.mat

rcs_ellipsoid_gui.m

rcs_frequency.m

rcs_frequency_driver.mat

rcs_frequency_gui.m

rcs_frustum.m

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

rec_to_circ.m

rect_array.m

rndcheck.m

scan_loss.m

sinc1.m

single_canceler.m

single_pulse_ambg.m

sir.m

snr_sp.m

soj_req.m

soj_req_bat.m

soj_reqi.m

sphereRCS.m

ssj_req.m

ssj_req_bat.m

ssj_reqi.m

stretch.m

stretch_gui.fig

stretch_gui.m

testkalm.m

threshold.m

train_ambg.m

wedgeTM.m

wedgeTMfields.m