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432 Index<br />
linear filter (cont.)<br />
low-pass, 26, 130<br />
moving-average, 31, 42<br />
output, 51<br />
simple moving-average, 129<br />
linear process, 51, 232<br />
ACVF of, 52<br />
Gaussian, 344<br />
multivariate, 232<br />
linear regression (see regression)<br />
local level model, 264<br />
local linear trend model, 266<br />
logistic equation, 345<br />
long memory, 318, 362<br />
long-memory model, 361–365<br />
M<br />
MA(1) process, 17<br />
ACF of, 17, 48<br />
estimation of missing values, 82<br />
moment estimation, 145<br />
noninvertible, 97<br />
order selection, 152<br />
PACF of, 110<br />
sample ACF of, 61<br />
spectral density of, 120<br />
state-space representation of, 312<br />
MA(q) (see moving average process)<br />
MA(∞), 51<br />
multivariate, 233<br />
martingale difference sequence, 343<br />
maximum likelihood estimation,<br />
158–161, 386–387<br />
ARMA processes, 160<br />
large-sample distribution of, 162<br />
confidence regions for, 161<br />
mean<br />
of a multivariate time series, 224<br />
estimation of, 234<br />
of a random variable, 373<br />
of a random vector, 376<br />
estimation of, 58<br />
sample, 57<br />
large-sample properties of, 58<br />
mean square convergence, 393–394<br />
properties of, 394<br />
measurement error, 98<br />
memory shortening, 318<br />
method of moments estimation, 96, 140<br />
minimum AICC AR model, 167<br />
mink trappings (APPH.TSM), 257<br />
missing values in ARMA processes<br />
estimation of, 286<br />
likelihood calculation with, 284<br />
mixture distribution, 372<br />
Monte Carlo EM algorithm (MCEM),<br />
298<br />
moving average (MA(q)) process, 50<br />
ACF of, 89<br />
sample, 94<br />
ACVF of, 89<br />
estimation<br />
confidence intervals, 152<br />
Hannan-Rissanen, 156<br />
innovations, 150–151<br />
maximum likelihood, 160, 162<br />
order selection, 151, 152<br />
partial autocorrelation of, 96<br />
unit roots in, 196–198<br />
multivariate AR process<br />
estimation, 247–249<br />
Burg’s algorithm, 248<br />
maximum likelihood, 246–247<br />
Whittle’s algorithm, 247<br />
forecasting, 250–254<br />
error covariance matrix of prediction,<br />
251<br />
multivariate ARMA process, 241–244<br />
causal, 242<br />
covariance matrix function of, 244<br />
estimation<br />
maximum likelihood, 246–247<br />
invertible, 243<br />
prediction, 244–246<br />
error covariance matrix of prediction,<br />
252<br />
multivariate innovations algorithm, 246<br />
multivariate normal distribution, 378<br />
bivariate, 379–380<br />
conditional distribution, 380<br />
conditional expectation, 380<br />
density function, 378<br />
definition, 378<br />
singular, 378<br />
standardized, 378<br />
multivariate time series, 223<br />
covariance matrices of, 229, 230<br />
mean vectors of, 229, 230<br />
second-order properties of, 229–234<br />
stationary, 230<br />
multivariate white noise, 232<br />
muskrat trappings (APPI.TSM), 257<br />
negative binomial distribution, 372, 381<br />
NILE.TSM, 363–365<br />
NOISE.TSM, 334, 343<br />
nonlinear models, 343–357<br />
nonnegative definite matrix, 376<br />
nonnegative definite function, 47<br />
normal distribution, 370, 373<br />
normal equations, 384<br />
null hypothesis, 389<br />
N<br />
O<br />
observation equation, 260<br />
of CARMA(p, q) model, 359<br />
ordinary least squares (OLS) estimators,<br />
211, 383–385<br />
one-step predictors, 71, 273<br />
order selection, 141, 161, 169–174<br />
AIC, 171<br />
AICC, 141, 161, 173, 191, 247, 407<br />
BIC, 173, 408<br />
consistent, 173<br />
efficient, 173<br />
FPE, 170–171<br />
orthogonal increment process, 117<br />
orthonormal set, 123<br />
overdifferencing, 196<br />
overdispersed, 306<br />
overshorts (OSHORTS.TSM), 96–99,<br />
167, 197, 215<br />
structural model for, 98<br />
partial autocorrelation function (PACF),<br />
71, 94–96<br />
estimation of, 95<br />
of an AR(p) process, 95<br />
of an MA(1) process, 96<br />
sample, 95<br />
periodogram, 123–127<br />
approximate distribution of, 124<br />
point estimate, 388<br />
Poisson distribution, 371, 374<br />
model, 302<br />
P