Wolfram Demonstrations Projecthttp://demonstrations.wolfram.com/An Open Resource of Interactive Mathematica VisualizationsCopyright 2009 Wolfram Demonstrations Project & ContributorsEstimating a Centered AR1 x AR1 Gaussian Field by Likelihood Maximization or GE-EV Matchinghttp://demonstrations.wolfram.com/EstimatingACenteredAR1XAR1GaussianFieldByLikelihoodMaximizat/]]>http://demonstrations.wolfram.com/EstimatingACenteredAR1XAR1GaussianFieldByLikelihoodMaximizat/Linking Autocorrelation of Gaussian Random Process to Conditional Probabilitieshttp://demonstrations.wolfram.com/LinkingAutocorrelationOfGaussianRandomProcessToConditionalPr/]]>http://demonstrations.wolfram.com/LinkingAutocorrelationOfGaussianRandomProcessToConditionalPr/Whitening of a Multivariate Gaussian Random Vectorhttp://demonstrations.wolfram.com/WhiteningOfAMultivariateGaussianRandomVector/]]>http://demonstrations.wolfram.com/WhiteningOfAMultivariateGaussianRandomVector/Simple Model for Magnetic Hysteresishttp://demonstrations.wolfram.com/SimpleModelForMagneticHysteresis/]]>http://demonstrations.wolfram.com/SimpleModelForMagneticHysteresis/Distribution of Digits in Several Math Constantshttp://demonstrations.wolfram.com/DistributionOfDigitsInSeveralMathConstants/]]>http://demonstrations.wolfram.com/DistributionOfDigitsInSeveralMathConstants/Sylvester's Four-Point Problemhttp://demonstrations.wolfram.com/SylvestersFourPointProblem/]]>http://demonstrations.wolfram.com/SylvestersFourPointProblem/Fundamental Laws of Random Matrix Theoryhttp://demonstrations.wolfram.com/FundamentalLawsOfRandomMatrixTheory/]]>http://demonstrations.wolfram.com/FundamentalLawsOfRandomMatrixTheory/Random Walks Based on Continued Fraction Expansions of Real Numbershttp://demonstrations.wolfram.com/RandomWalksBasedOnContinuedFractionExpansionsOfRealNumbers/]]>http://demonstrations.wolfram.com/RandomWalksBasedOnContinuedFractionExpansionsOfRealNumbers/Generate Uniform Spherical 3D Random Vectorshttp://demonstrations.wolfram.com/GenerateUniformSpherical3DRandomVectors/]]>http://demonstrations.wolfram.com/GenerateUniformSpherical3DRandomVectors/Project Scheduling under Uncertaintyhttp://demonstrations.wolfram.com/ProjectSchedulingUnderUncertainty/]]>http://demonstrations.wolfram.com/ProjectSchedulingUnderUncertainty/Buffon's Needle Experiment for Three Types of Gridshttp://demonstrations.wolfram.com/BuffonsNeedleExperimentForThreeTypesOfGrids/]]>http://demonstrations.wolfram.com/BuffonsNeedleExperimentForThreeTypesOfGrids/Eigenvalue Unfolding in Spacing Distributions of Random Matriceshttp://demonstrations.wolfram.com/EigenvalueUnfoldingInSpacingDistributionsOfRandomMatrices/]]>http://demonstrations.wolfram.com/EigenvalueUnfoldingInSpacingDistributionsOfRandomMatrices/Spacing Distribution of Random Numbershttp://demonstrations.wolfram.com/SpacingDistributionOfRandomNumbers/]]>http://demonstrations.wolfram.com/SpacingDistributionOfRandomNumbers/Baseball Card Collectinghttp://demonstrations.wolfram.com/BaseballCardCollecting/]]>http://demonstrations.wolfram.com/BaseballCardCollecting/A Grill for Secret Writinghttp://demonstrations.wolfram.com/AGrillForSecretWriting/]]>http://demonstrations.wolfram.com/AGrillForSecretWriting/Circular Law for Random Matriceshttp://demonstrations.wolfram.com/CircularLawForRandomMatrices/]]>http://demonstrations.wolfram.com/CircularLawForRandomMatrices/Random Matrix Theory Applied to Small-World Networkshttp://demonstrations.wolfram.com/RandomMatrixTheoryAppliedToSmallWorldNetworks/]]>http://demonstrations.wolfram.com/RandomMatrixTheoryAppliedToSmallWorldNetworks/How Many Socks Do Two Feet Wear Out?http://demonstrations.wolfram.com/HowManySocksDoTwoFeetWearOut/]]>http://demonstrations.wolfram.com/HowManySocksDoTwoFeetWearOut/Random Matrix Theory and Gaussian Noise Thresholdinghttp://demonstrations.wolfram.com/RandomMatrixTheoryAndGaussianNoiseThresholding/]]>http://demonstrations.wolfram.com/RandomMatrixTheoryAndGaussianNoiseThresholding/Pseudorandom Walks with Generalized Gauss Sumshttp://demonstrations.wolfram.com/PseudorandomWalksWithGeneralizedGaussSums/]]>http://demonstrations.wolfram.com/PseudorandomWalksWithGeneralizedGaussSums/