Description: PropCode2 is a MATLAB implementation of the algorithm described in Chap-ter 3 of The Theory of Scintillation with Applications in Remote Sensing byCharles L. Rino, John Wiley & Sons IEEE Press, 2010. The algorithm simulates
electromagnetic (EM) wave propagation in a fully three-dimensional medium.Although PropCode2 is a direct extension of PropCode1, it is con gured to ex-plore the statistical theory of scintillation. The statistical theory con nes the structure con gurations to realizations of statistically homogeneous processes, as described in book Chapter 3. Homogeneous processes admit position invari-
ant moments and a spectral density function (SDF). Turbulence is characterized by a power-law SDF.
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File list (Check if you may need any files):
AtmosphereScintillation\AtmosphericCorrectionCRPL.m
.......................\Cgnu.m
.......................\Cn2Cs.m
.......................\DisplayIntensitySDF.m
.......................\DisplayRFN.m
.......................\DisplayShkarofsky.m
.......................\DisplaySpatialCoherence.m
.......................\DisplayStrongScatter.m
.......................\natmCRPL.m
.......................\SDFstrong.m
.......................\Shkarofsky.m
.......................\ShkarofskyD.m
IonosphereScintillation\ABC.m
.......................\AC_SI.m
.......................\DisplaySI.m
.......................\EquatorialSI.m
.......................\FreqCoherence.m
.......................\gfac.m
.......................\hypergeometric2f1.m
.......................\PhaseStructConst.m
.......................\scintIndex.m
.......................\SetParameters.m
.......................\SummarizeParameters.m
.......................\TestABC.m
PdComputation\DisplayFadingPd_Swerling_Shnidman.m
.............\DisplayFractionalMoments.m
.............\DisplayKDistributionPDF.m
.............\DisplayLogNormalPDF.m
.............\DisplayNakagamiPDF.m
.............\DisplayPd_Richards.m
.............\findXsat.m
.............\KDistributionPDF.m
.............\LogNormalPDF.m
.............\MakeFigures_Ch5.m
.............\NakagamiPDF.m
.............\pCHI.m
.............\Pd12.m
.............\PdLogNormal.m
.............\PdNakagami.m
.............\PdNCG.m
.............\PdNCGG.m
.............\pNCG.m
.............\pNCG0.m
.............\pNCGG.m
.............\thresholdI.m
.ropCode2_Examples\LargeSlope\RunDisplayPropCode2Out.m
..................\..........\SetupPropCode2.m
..................\MakeChapter3Figures\MakeFig31.m
..................\...................\MakeFig32Fig33.m
..................\...................\MakeFig34.m
..................\...................\MakeFig35Fig36.m
..................\...................\MakeFigs37to10.m
..................\SetPath4PropCode2.m
..................\.mallSlope\MakeFig311.m
..................\..........\RunDisplayPropCode2Out.m
..................\..........\SetupPropCode2.m
..................\..........\Test_radial_SDF.m
..................\.trongFocusing\RunDisplayPropCode2Out2.m
..................\..............\SetupPropCode2.m
..................\..............MOV\RunDisplayPropCode2Out.m
..................\.................\SetupPropCode2.m
..................\TwoSlope\RunDisplayPropCode2Out.m
..................\........\SetupPropCode2.m
PropCode2_Readme.pdf
....agationCode2\DisplayPropCode2Out.m
................\PropCode2.m
................\radial_wavenumber_SDF.m
................\Read_setupFile2.m
................\root_rfnSDF2.m
................\turbsim2.m
utilities\alias.m
.........\bold_fig.m
.........\boxcar_avg.m
.........\colors.m
.........\computeSI.m
.........\dB10.m
.........\dB20.m
.........\ellipse.m
.........\findIpeaks.m
.........\findPeaks.m
.........\freqs1.m
.........\line12.m
.........\line21.m
.........\LinkZoom.m
.........\nicefftnum.m
.........\pickfile.m
.........\pointsIncluded.m
.........\polyrec.m
.........\polyRegion_add.m
.........\position2index.m
.........\showprogress.m
.........\specDen.m
.........\taylor.m
.........\turbsim2.m
license.txt
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