안테나 설계, 펄스 압축, 등을 포함하여 레이다 시스템을위한 완전한 소스 코드 MATLAB 시뮬레이션




File list:
日本人做的一个雷达系统仿真的matlab的toolbox
...........................\rtools
...........................\......\HTML_help
...........................\......\.........\1.rtools
...........................\......\.........\........\amplitude_ratio.html
...........................\......\.........\........\aux_Kcdf_noise_Zlog.html
...........................\......\.........\........\aux_Kcdf_noise_Znuc.html
...........................\......\.........\........\aux_Kpdf_noise_Zlog.html
...........................\......\.........\........\aux_Kpdf_noise_Znuc.html
...........................\......\.........\........\cfar_sim_demo.html
...........................\......\.........\........\cfar_theory_demo.html
...........................\......\.........\........\cgamgen.html
...........................\......\.........\........\cgamint.html
...........................\......\.........\........\cgamnn.html
...........................\......\.........\........\cgamqdist.html
...........................\......\.........\........\change_demo.html
...........................\......\.........\........\coherence_distribution.html
...........................\......\.........\........\correlation_demo.html
...........................\......\.........\........\cov_channels.html
...........................\......\.........\........\cov_matrices.html
...........................\......\.........\........\cwishart_variates.html
...........................\......\.........\........\digamma.html
...........................\......\.........\........\fig.html
...........................\......\.........\........\gamY2nu.html
...........................\......\.........\........\hermite_end.html
...........................\......\.........\........\index.html
...........................\......\.........\........\intensity_distribution.html
...........................\......\.........\........\intensity_ratio.html
...........................\......\.........\........\i_gdistarea.html
...........................\......\.........\........\i_gdistvol.html
...........................\......\.........\........\k_demo.html
...........................\......\.........\........\k_detection_demo.html
...........................\......\.........\........\k_noise_demo.html
...........................\......\.........\........\makecfarmex.html
...........................\......\.........\........\makecovfullint.html
...........................\......\.........\........\makefullX.html
...........................\......\.........\........\makereclassrho.html
...........................\......\.........\........\mu2cov.html
...........................\......\.........\........\multiple_polsep.html
...........................\......\.........\........\nleU.html
...........................\......\.........\........\nleU2nu.html
...........................\......\.........\........\nu2nleU.html
...........................\......\.........\........\openairsar.html
...........................\......\.........\........\openairsar_new.html
...........................\......\.........\........\phase_distribution.html
...........................\......\.........\........\polarisation_demo.html
...........................\......\.........\........\posdef_swap.html
...........................\......\.........\........\power_separation.html
...........................\......\.........\........\RT_acorr.html
...........................\......\.........\........\RT_cfar.html
...........................\......\.........\........\RT_cgaussian_fft.html
...........................\......\.........\........\RT_cgaussian_iir.html
...........................\......\.........\........\RT_dB.html
...........................\......\.........\........\RT_expcdf.html
...........................\......\.........\........\RT_expinv.html
...........................\......\.........\........\RT_exppdf.html
...........................\......\.........\........\RT_exprnd.html
...........................\......\.........\........\RT_fcdf.html
...........................\......\.........\........\RT_finv.html
...........................\......\.........\........\RT_fpdf.html
...........................\......\.........\........\RT_gamcdf.html
...........................\......\.........\........\RT_gaminv.html
...........................\......\.........\........\RT_gampdf.html
...........................\......\.........\........\RT_gamrnd.html
...........................\......\.........\........\RT_gamrnd_old.html
...........................\......\.........\........\RT_geomean.html
...........................\......\.........\........\RT_Kcdf.html
...........................\......\.........\........\RT_Kcdf_noise.html
...........................\......\.........\........\RT_Kpdf.html
...........................\......\.........\........\RT_Kpdf_noise.html
...........................\......\.........\........\RT_Krnd.html
...........................\......\.........\........\RT_Krnd_noise.html
...........................\......\.........\........\RT_Pcfar.html
...........................\......\.........\........\RT_Tcfar.html
...........................\......\.........\........\RT_weibcdf.html
...........................\......\.........\........\RT_weibest.html
...........................\......\.........\........\RT_weibinv.html
...........................\......\.........\........\RT_weibLL.html
...........................\......\.........\........\RT_weibpdf.html
...........................\......\.........\........\RT_weibrnd.html
...........................\......\.........\........\segmentation_demo.html
...........................\......\.........\........\separation_demo.html
...........................\......\.........\........\single_polsep.html
...........................\......\.........\........\statistics_demo.html
...........................\......\.........\........\swerling_pd.html
...........................\......\.........\........\weibull_demo.html
...........................\......\.........\index.html
...........................\......\NewFolder1
...........................\......\Statlib
...........................\......\.......\dcdflib
...........................\......\.......\.......\doc
...........................\......\.......\.......\...\dcdflib.chs
...........................\......\.......\.......\...\dcdflib.fdoc
...........................\......\.......\.......\...\dcdflib.h
...........................\......\.......\.......\src
...........................\......\.......\.......\...\cdflib.h
...........................\......\.......\.......\...\dcdflib.c
...........................\......\.......\.......\...\dcdflib.c~
...........................\......\.......\.......\...\ipmpar.c
...........................\......\.......\.......\...\makecdf.m
...........................\......\.......\.......\...\makecdf.m~
...........................\......\.......\.......\...\makeinvcdf.m
...........................\......\.......\.......\...\makeinvcdf.m~
...........................\......\.......\.......\...\RT_cdf.c
...........................\......\.......\.......\...\RT_cdf.c~
...........................\......\.......\.......\...\RT_invcdf.c
...........................\......\.......\.......\...\RT_invcdf.c~
...........................\......\.......\.......\...\testlib.c
...........................\......\.......\.......\HOWTOGET
...........................\......\.......\.......\README
...........................\......\.......\randlib
...........................\......\.......\.......\doc
...........................\......\.......\.......\...\Basegen.c.doc
...........................\......\.......\.......\...\randlib.c.chs
...........................\......\.......\.......\...\randlib.c.fdoc
...........................\......\.......\.......\src
...........................\......\.......\.......\...\com.c
...........................\......\.......\.......\...\linpack.c
...........................\......\.......\.......\...\makeRT_rand.m
...........................\......\.......\.......\...\makeRT_rand.m~
...........................\......\.......\.......\...\randlib.c
...........................\......\.......\.......\...\randlib.c~
...........................\......\.......\.......\...\randlib.h
...........................\......\.......\.......\...\RT_rand.c
...........................\......\.......\.......\...\RT_rand.c~
...........................\......\.......\.......\...\RT_rand.mexglx
...........................\......\.......\.......\test
...........................\......\.......\.......\....\randlib.h
...........................\......\.......\.......\....\tstbot.c
...........................\......\.......\.......\....\tstgmn.c
...........................\......\.......\.......\....\tstmid.c
...........................\......\.......\.......\HOWTOGET
...........................\......\.......\.......\README
...........................\......\.......\README.txt
...........................\......\3d_separation.nb
...........................\......\amplitude_ratio.m
...........................\......\aux_Kcdf_noise_Zlog.m
...........................\......\aux_Kcdf_noise_Znuc.m
...........................\......\aux_Kpdf_noise_Zlog.m
...........................\......\aux_Kpdf_noise_Znuc.m
...........................\......\cfarmex.c
...........................\......\cfarmex.dll
...........................\......\cfarmex.mexglx
...........................\......\cfarmex.mexsol
...........................\......\cfar_sim_demo.m
...........................\......\cfar_theory_demo.m
...........................\......\cgamgen.m
...........................\......\cgamint.m
...........................\......\cgamnn.m
...........................\......\cgamqdist.m
...........................\......\change_demo.m
...........................\......\coherence_distribution.m
...........................\......\compressed_stokes_simple.nb
...........................\......\copyright.kfr
...........................\......\correlation_demo.m
...........................\......\covfullint.c
...........................\......\covfullint.dll
...........................\......\covfullint.h
...........................\......\covfullint.mexglx
...........................\......\covfullint.mexsol
...........................\......\cov_channels.m
...........................\......\cov_matrices.m
...........................\......\cwishart_variates.m
...........................\......\digamma.m
...........................\......\fig.m
...........................\......\gamY2nu.m
...........................\......\hermite_end.m
...........................\......\intensity_distribution.m
...........................\......\intensity_ratio.m
...........................\......\i_gdistarea.m
...........................\......\i_gdistvol.m
...........................\......\k_demo.m
...........................\......\k_detection_demo.m
...........................\......\k_noise_demo.m
...........................\......\makecfarmex.m
...........................\......\makecovfullint.m
...........................\......\makefullX.m
...........................\......\makereclassrho.m
...........................\......\mu2cov.m
...........................\......\multiple_polsep.m
...........................\......\nleU.m
...........................\......\nleU2nu.m
...........................\......\nu2nleU.m
...........................\......\openairsar.m
...........................\......\openairsar_new.m
...........................\......\phase_distribution.m
...........................\......\polarisation_demo.m
...........................\......\posdef_swap.m
...........................\......\power_separation.m
...........................\......\README.TXT
...........................\......\reclassrho.c
...........................\......\reclassrho.dll
...........................\......\reclassrho.mexglx
...........................\......\reclassrho.mexsol
...........................\......\RT_acorr.m
...........................\......\RT_cdf.dll
...........................\......\RT_cdf.mexglx
...........................\......\RT_cdf.mexsol
...........................\......\RT_cfar.m
...........................\......\RT_cgaussian_fft.m
...........................\......\RT_cgaussian_iir.m
...........................\......\RT_dB.m
...........................\......\RT_expcdf.m
...........................\......\RT_expinv.m
...........................\......\RT_exppdf.m
...........................\......\RT_exprnd.m
...........................\......\RT_fcdf.m
...........................\......\RT_finv.m
...........................\......\RT_fpdf.m
...........................\......\RT_gamcdf.m
...........................\......\RT_gaminv.m
...........................\......\RT_gampdf.m
...........................\......\RT_gamrnd.m
...........................\......\RT_gamrnd_old.m
...........................\......\RT_geomean.m
...........................\......\RT_invcdf.dll
...........................\......\RT_invcdf.mexglx
...........................\......\RT_invcdf.mexsol
...........................\......\RT_Kcdf.m
...........................\......\RT_Kcdf_noise.m
...........................\......\RT_Kpdf.m
...........................\......\RT_Kpdf_noise.m
...........................\......\RT_Krnd.m
...........................\......\RT_Krnd_noise.m
...........................\......\RT_Pcfar.m
...........................\......\RT_rand.dll
...........................\......\RT_Tcfar.m
...........................\......\RT_weibcdf.m
...........................\......\RT_weibest.m
...........................\......\RT_weibinv.m
...........................\......\RT_weibLL.m
...........................\......\RT_weibpdf.m
...........................\......\RT_weibrnd.m
...........................\......\segfullX.c
...........................\......\segfullX.dll
...........................\......\segfullX.h
...........................\......\segfullX.mexglx
...........................\......\segfullX.mexsol
...........................\......\segmentation_demo.m
...........................\......\separation_demo.m
...........................\......\single_polsep.m
...........................\......\statistics_demo.m
...........................\......\swerling_pd.m
...........................\......\weibull_demo.m