Irregularly Observed Autoregressive Models


[Up] [Top]

Documentation for package ‘iAR’ version 0.1.0

Help Pages

agn Active Galactic Nuclei
BIAR.fit Fitted Values of BIAR model
BIAR.kalman Maximum Likelihood Estimation of the BIAR Model via Kalman Recursions
BIAR.phi.kalman Minus Log Likelihood of the BIAR Model
BIAR.sample Simulate from a BIAR Model
CIAR.fit Fitted Values of CIAR model
CIAR.forecast Forecast from CIAR model
CIAR.kalman Maximum Likelihood Estimation of the CIAR Model via Kalman Recursions
CIAR.phi.kalman Minus Log Likelihood of the CIAR Model
CIAR.sample Simulate from a CIAR Model
clcep Classical Cepheid
dmcep Double Mode Cepheid.
dscut Delta Scuti
eb Eclipsing Binaries (Beta Lyrae)
foldlc Plotting folded light curves
gentime Generating Irregularly spaced times
harmonicfit Harmonic Fit to Time Series
IAR.gamma Maximum Likelihood Estimation of the IAR-Gamma model
IAR.kalman Maximum Likelihood Estimation of the IAR Model via Kalman Recursions
IAR.loglik Maximum Likelihood Estimation of the IAR Model
IAR.phi.gamma Minus Log Likelihood IAR-Gamma Model
IAR.phi.kalman Minus Log Likelihood of the IAR Model estimated via Kalman Recursions
IAR.phi.loglik Minus Log Likelihood of the IAR Model
IAR.phi.t Minus Log Likelihood IAR-T Model
IAR.sample Simulate from an IAR(1) Model
IAR.t Maximum Likelihood Estimation of the IAR-T model
IAR.Test Test for the significance of the autocorrelation estimated by the IAR model in periodic irregularly observed time series
IAR.Test2 Test for the significance of the autocorrelation estimated by the IAR model
IARg.sample Simulate from an IAR-Gamma Model
IARt.sample Simulate from an IAR-T Model
Planets Transit of an extrasolar planet