========================== Dependencies and Structure ==========================
R source in thematical parts -- according to the sections in Chapter 12 of the book.
File | Section | Title | Pages
---- | ------- | ----- |
R/simFracGauss.R
12.1.1 Simulation of fractional Gaussian noise 218-220
R/simFracARIMA.R
12.1.2 Simulation of fractional ARIMA($0,d,0$) 220-223
R/WhittleEst.R
12.1.3 Whittle estimator for fractional Gaussian
noise and fractional ARIMA(p,d,q) 223-233
R/polyFEXP.R
12.1.4 Approximate MLE for polynomial FEXP-models 233-237
simFracGauss.R:401:gkFGN0 <- function(n, H) { simFracGauss.R:421:simFGN0 <- function(n,H) {
simFracARIMA.R:308:gkARMA0 <- function(n, H) { simFracARIMA.R:328:simARMA0 <- function(n,H) {
R/WhittleEst.R
:CetaFGN(eta, ...) --> specFGN(eta,m, ...)
CetaARIMA(eta, p,q, ...) --> specARIMA(eta,p,q,m, ...)
Qeta(eta, model = c("fGn","ARIMA"), .....) |--> specFGN(eta,m, ...) --> specARIMA(eta,p,q,m, ...)
Qmin(etatry) --> Qeta(eta, model = c("fGn","ARIMA"), .....)
per(z)
Unfinished main function {was "main program"}:
mainARIMA(x, model = c("fGn","ARIMA"),
R/polyFEXP.R
:polyFEXP.R:35:lxplot <- function(yper,spec) { polyFEXP.R:35:llplot <- function(yper,spec) { polyFEXP.R:... _new main function __
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