adaptiveWeightsCpp: Calculate Multitaper Adaptive Weights
In driegert/transfer: Frequency Domain Transfer Function Estimation Tools
Description
Usage
Arguments
Details
Value
Description
Used to calculate the adaptive weights on eigenspectra using a bound on the
broadband bias.
Usage
1
adaptiveWeightsCpp(eigenSpec, ev, k, nFFT)
Arguments
eigenSpec
A matrix with columns containing the eigenspectra
ev
A vector with the eigenvalues of the Slepian tapers.
k
A numeric integer representing the number of tapers to use.
nFFT
A numeric integer representing the total number of frequency bins
that were used to estimate the spectra.
Details
When estimating the variance, this function will overestimate because
it includes the zero and nyquist frequency twice (should only be once).
Value
A matrix containing the weights for each eigenspectra at each
frequency.
driegert/transfer documentation built on May 15, 2019, 2:11 p.m.
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Description Usage Arguments Details Value
Description
Used to calculate the adaptive weights on eigenspectra using a bound on the broadband bias.
Usage
1 | adaptiveWeightsCpp(eigenSpec, ev, k, nFFT)
|
Arguments
eigenSpec |
A |
ev |
A |
k |
A |
nFFT |
A |
Details
When estimating the variance, this function will overestimate because it includes the zero and nyquist frequency twice (should only be once).
Value
A matrix containing the weights for each eigenspectra at each
frequency.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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