This program computes the Gaussian power spectral density according to given input values of maximum Doppler frequency f_max and variance sigma_0^2. The equation of the Jakes power spectral density is given in (3.26) [2]. A plot of the Gaussian PSD is shown in Figure 3.3.(a) used m-file: GaussianPSD(f_max,sigma02) Explanation of the input parameters: f_max: Maximum Doppler frequency sigma02: Mean pow

TC-Quant-Entr
.............\EntropyCoding
.............\.............\AboutLOGOS
.............\.............\..........\IHUSchoolOfScience.png
.............\.............\..........\logo_DIA_VIOU.jpg
.............\.............\..........\VLabs.png
.............\.............\..........\VLabsSmall.png
.............\.............\AboutVLABS.fig
.............\.............\AboutVLABS.m
.............\.............\draw_Toolbar.m
.............\.............\EncodeHuffman.m
.............\.............\EntropyCoding.fig
.............\.............\EntropyCoding.m
.............\.............\Icons
.............\.............\.....\BinaryFile.jpg
.............\.............\.....\IHULogo5.jpg
.............\.............\.....\IHULogo6.jpg
.............\.............\.....\ImageFile.jpg
.............\.............\.....\SoundFile.jpg
.............\.............\.....\Thumbs.db
.............\.............\README.txt
.............\.............\ShowOnlyRequiredAxes.m
.............\FDomainQuant
.............\............\AboutLOGOS
.............\............\..........\IHUSchoolOfScience.png
.............\............\..........\logo_DIA_VIOU.jpg
.............\............\..........\VLabs.png
.............\............\..........\VLabsSmall.png
.............\............\AboutVLABS.fig
.............\............\AboutVLABS.m
.............\............\DiscreteLevelsGauss2D.m
.............\............\divq.m
.............\............\draw_Toolbar.m
.............\............\Expo2D.m
.............\............\FDomainQuant.fig
.............\............\FDomainQuant.m
.............\............\FindAndDrawQuantizationMask.m
.............\............\Gauss2D.m
.............\............\Icons
.............\............\.....\IHULogo6.jpg
.............\............\.....\MotEst.jpg
.............\............\.....\Thumbs.db
.............\............\.....\Zip-9.ico
.............\............\.....\Zip-9.jpg
.............\............\Linear2D.m
.............\............\multq.m
.............\............\OperationOnTheFly.m
.............\............\README.txt
.............\............\ShowDirectImageQuantizationResults.m
.............\............\ShowOriginalDCT.m
.............\............\ShowOriginalImage.m
.............\............\ShowQuantizationResults.m
.............\............\Sigmoid2D.m
.............\Quantization
.............\............\AboutLOGOS
.............\............\..........\IHUSchoolOfScience.png
.............\............\..........\logo_DIA_VIOU.jpg
.............\............\..........\VLabs.png
.............\............\..........\VLabsSmall.png
.............\............\AboutVLABS.fig
.............\............\AboutVLABS.m
.............\............\CalculateHistogram.m
.............\............\ChangeTheQuantizer.m
.............\............\ConstructQuantizer.m
.............\............\DrawLevels.m
.............\............\draw_Toolbar.m
.............\............\Icons
.............\............\.....\IHULogo5.jpg
.............\............\.....\IHULogo6.jpg
.............\............\.....\playback.jpg
.............\............\.....\playback1.jpg
.............\............\.....\playback2.jpg
.............\............\.....\Thumbs.db
.............\............\OperationOnTheFly.m
.............\............\Quantization.fig
.............\............\Quantization.m
.............\............\QuantizeSignal.m
.............\............\README.txt
.............\............\ReadSourceFile.m
.............\............\ShowHistogram.m
.............\............\ShowOriginalSignal.m
.............\............\ShowQuantizedSignal.m
.............\............\SourceFileLoaded.m

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