Asymptotic Analysis of Estimating Functions
(Sprache: Englisch)
The area of estimating functions has wide applications and hasundergone rapid development during the recent years. As a theory, itis sufficiently general to include most of the important aspects ofthe classical theory of statistical inference and to...
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The area of estimating functions has wide applications and hasundergone rapid development during the recent years. As a theory, itis sufficiently general to include most of the important aspects ofthe classical theory of statistical inference and to accomodate avariety of the more recent themes such as the Generalized LinearModels (GLM), the Generalized Estimating Equations (GEE), theGeneralized Linear Mixed Effect Models (GLMM), the various forms ofAutoregressive Conditionally Heteroscedastic models (ARCH), theRestrictive Maximum Likelihood (REML), the Empirical Likelihood, aswell as many estsimators in Surivval Analysis, NonparametricRegression, and Spatial Statistics. By the constructive nature of thistheory, it will no doubt also provide us with the insights to derivenew statistical procedures for scientific problems that will arise.Yet, these advantages do not make the subject more difficult tounderstand, for it is built on a handful of elementary tools such aslinearization and projection, which apply repeatedly at differentlevels of sophistication.
The area of estimating functions has wide applications and has
undergone rapid development during the recent years. As a theory, it
is sufficiently general to include most of the important aspects of
the classical theory of statistical inference and to accomodate a
variety of the more recent themes such as the Generalized Linear
Models (GLM), the Generalized Estimating Equations (GEE), the
Generalized Linear Mixed Effect Models (GLMM), the various forms of
Autoregressive Conditionally Heteroscedastic models (ARCH), the
Restrictive Maximum Likelihood (REML), the Empirical Likelihood, as
well as many estsimators in Surivval Analysis, Nonparametric
Regression, and Spatial Statistics. By the constructive nature of this
theory, it will no doubt also provide us with the insights to derive
new statistical procedures for scientific problems that will arise.
Yet, these advantages do not make the subject more difficult to
understand, for it is built on a handful of elementary tools such as
linearization and projection, which apply repeatedly at different
levels of sophistication.
undergone rapid development during the recent years. As a theory, it
is sufficiently general to include most of the important aspects of
the classical theory of statistical inference and to accomodate a
variety of the more recent themes such as the Generalized Linear
Models (GLM), the Generalized Estimating Equations (GEE), the
Generalized Linear Mixed Effect Models (GLMM), the various forms of
Autoregressive Conditionally Heteroscedastic models (ARCH), the
Restrictive Maximum Likelihood (REML), the Empirical Likelihood, as
well as many estsimators in Surivval Analysis, Nonparametric
Regression, and Spatial Statistics. By the constructive nature of this
theory, it will no doubt also provide us with the insights to derive
new statistical procedures for scientific problems that will arise.
Yet, these advantages do not make the subject more difficult to
understand, for it is built on a handful of elementary tools such as
linearization and projection, which apply repeatedly at different
levels of sophistication.
Bibliographische Angaben
- Autor: Bing Li
- 2008, 304 Seiten, Gebunden, Englisch
- Verlag: Springer, Berlin
- ISBN-10: 0387402659
- ISBN-13: 9780387402659
Sprache:
Englisch
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