Estimate the Four Parameters of Stable Laws using Different Methods


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Documentation for package ‘StableEstim’ version 2.2

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StableEstim-package Stable law estimation functions
+-method Class '"Best_t"'
Best_t-class Class '"Best_t"'
CgmmParametersEstim Estimate parameters of stable laws using a Cgmm method
ComplexCF Compute the characteristic function of stable laws
ComputeBest_t Monte Carlo simulation to investigate the optimal number of points to use in the moment conditions
ComputeBest_tau Run Monte Carlo simulation to investigate the optimal tau
ComputeDuration Duration
ComputeFirstRootRealeCF First root of the empirical characteristic function
ComputeStatObjectFromFiles Parse an output file to create a summary object ('list')
ConcatFiles Concatenates output files.
Estim Estimate parameters of stable laws
Estim-class Class '"Estim"'
Estim_Simulation Monte Carlo simulation
expect_almost_equal Test approximate equality
get.abMat Default set of parameters to pass to 'Estim_Simulation'
get.StatFcts Default functions used to produce the statistical summary
getTime_ Read time
GMMParametersEstim Estimate parameters of stable laws using a GMM method
IGParametersEstim Estimate parameters of stable laws by Kogon and McCulloch methods
initialize-method Class '"Best_t"'
initialize-method Class '"Estim"'
IntegrateRandomVectorsProduct Integral outer product of random vectors
jacobianComplexCF Jacobian of the characteristic function of stable laws
KoutParametersEstim Iterative Koutrouvelis regression method
McCullochParametersEstim Quantile-based method
MLParametersEstim Maximum likelihood (ML) method
PrintDuration Print duration
PrintEstimatedRemainingTime Estimated remaining time
RegularisedSol Regularised Inverse
sampleComplexCFMoment Complex moment condition based on the characteristic function
sampleRealCFMoment Real moment condition based on the characteristic function
show-method Class '"Best_t"'
show-method Class '"Estim"'
StatFcts Default functions used to produce the statistical summary
TexSummary LaTeX summary