cov.structure | Estimate the covariance structure within a given window k \in... |
dpca.inverse | Retrieve a process from given scores |
dpca.scores | Compute scores of dynamic principal components |
dprcomp | Compute DPCA filter coefficients |
filter.process | Generate a linear process from |
fourier.transform | Compute fourier transform of given series of operators |
freqdom | Create a frequency domain operator |
freqdom.eigen | Eigendevompose a frequency domain operator at each frequency |
freqdom.inverse | Compute an inverse of a given Frequency Domain Operator |
freqdom.kronecker | Compute a kronecker product of two spectral densities |
freqdom.product | Compute a product of two spectral densities |
freqdom.ratio | Compute a ratio of two spectral densities |
freqdom.transpose | Transpose pointwise timedom or freqdom object |
grapes-c-grapes | Convolution of a process X with an operator A. |
grapes-times-grapes | Frequency-wise or component-wise matrix product. |
grapes-x-grapes | Frequency-wise or component-wise Kronecker product. |
invfourier | Inverse Fourier transform for operators |
is.freqdom | Check if a given object is a frequency domain matrix |
is.timedom | Check if a given object is a time domain object |
lagged.cov | Compute cross covariance with a given lag |
lagreg.est | Estimate the optimal dimension in linear regression problem |
linproc | Generate a linear process from |
MSE | Compute a mean square error between X and Y |
norm.spec | Compute a spectral norm of given matrix P |
plot.freqdom | Plot a frequency domain operator |
pseudoinverse | Invert first K eigendirections of the matrix. |
rar | Simulate a multivariate autoregressive time series |
rbb | Generate brownian bridges |
rbm | Generate brownian motions |
reg.dim.est | Estimate the optimal dimension in linear regression problem |
reg.est | Estimate the optimal dimension in linear regression problem |
reglag.significance | Test significance of coefficients in linear model estimator |
rma | Moving avarege process |
speclagreg | Estimate regresson operators in a lagged linear model |
speclagreg.K | Determine the subspace dimension for inversion in... |
spectral.density | Compute the cross spectral density of processes X and Y |
timedom | Creates a time domain operator |
timedom.norms | Compute operator norms of elements of a filter |
timedom.trunc | Truncates a time domain object to specified lags |
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