Description |
1 online resource (xix, 561 pages) : illustrations |
Series |
Prentice Hall signal processing series |
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Prentice-Hall signal processing series.
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Contents |
Introduction, coverage, philosophy, and computation -- The linear model -- Least-squares estimation : batch processing -- Least-squares estimation : singular-value decomposition -- Least-squares estimation : recursive processing -- Small-sample properties of estimators -- Large-sample properties of estimators -- Properties of least-squares estimators -- Best linear unbiased estimation -- Likelihood -- Maximum-likelihood estimation -- Multivariate Gaussian random variables -- Mean-squared estimation of random parameters -- Maximum a posteriori estimation of random parameters -- Elements of discrete-time Gauss-Markov random sequences -- State estimation : prediction -- State estimation : filtering (the Kalman filter) -- State estimation : filtering examples -- State estimation : steady-state Kalman filter and its relationship to a digital Wiener filter -- State estimation : smoothing -- State estimation : smoothing (general results) -- State estimation for the not-so-basic state-variable model -- Linearization and discretization of nonlinear systems -- Iterated least squares and extended Kalman filtering -- Maximum-likelihood state and parameter estimation -- Kalman-Bucy filtering |
Analysis |
Statistical inference |
Bibliography |
Includes bibliographical references (pages 542-552) and index |
Notes |
Print version record |
Subject |
Estimation theory.
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Estimation theory.
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Estimation theory
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Schätztheorie
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Estimation, Théorie de l'.
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Traitement du signal -- Méthodes statistiques.
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Télécommunications -- Méthodes statistiques.
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Form |
Electronic book
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Author |
Mendel, Jerry M., 1938-
Lessons in digital estimation theory.
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LC no. |
94015781 |
ISBN |
9780132442206 |
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0132442205 |
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0131209817 |
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9780131209817 |
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