Description Usage Arguments Value References Examples
Function to calculate each entry of the kernel matrix in the infinite dimensional example described in Section 7.4 of \insertCiteBKS2020USP. Here, a random function is converted to a sequence of coefficients and we use the Fourier basis on these coefficients. This function is only used in the function InfKern.
1 | sumbasis(Ntrunc, M, x1, x2)
|
Ntrunc |
The total number of coefficients to look at. |
M |
The maximum frequency to look at in the Fourier basis. |
x1 |
The coefficients of the first data point. |
x2 |
The coefficients of the second data point. |
The entry of the kernel corresponding to the two data points.
BKS2020USP
1 |
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