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Identification of Dynamical Systems with Small Noise (Hardcover, 1994 ed.)
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Identification of Dynamical Systems with Small Noise (Hardcover, 1994 ed.)
Series: Mathematics and Its Applications, 300
Expected to ship within 10 - 15 working days
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Small noise is a good noise. In this work, we are interested in the
problems of estimation theory concerned with observations of the
diffusion-type process Xo = Xo, 0 ~ t ~ T, (0. 1) where W is a
standard Wiener process and St(') is some nonanticipative smooth t
function. By the observations X = {X , 0 ~ t ~ T} of this process,
we will solve some t of the problems of identification, both
parametric and nonparametric. If the trend S(-) is known up to the
value of some finite-dimensional parameter St(X) = St((}, X), where
(} E e c Rd , then we have a parametric case. The nonparametric
problems arise if we know only the degree of smoothness of the
function St(X), 0 ~ t ~ T with respect to time t. It is supposed
that the diffusion coefficient c is always known. In the parametric
case, we describe the asymptotical properties of maximum likelihood
(MLE), Bayes (BE) and minimum distance (MDE) estimators as c --+ 0
and in the nonparametric situation, we investigate some kernel-type
estimators of unknown functions (say, StO,O ~ t ~ T). The
asymptotic in such problems of estimation for this scheme of
observations was usually considered as T --+ 00 , because this
limit is a direct analog to the traditional limit (n --+ 00) in the
classical mathematical statistics of i. i. d. observations. The
limit c --+ 0 in (0. 1) is interesting for the following reasons.
General
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