Optimal and Robust Estimation: With an Introduction to by Frank L. Lewis

By Frank L. Lewis

Greater than a decade in the past, world-renowned keep watch over structures authority Frank L. Lewis brought what may develop into a customary textbook on estimation, less than the identify optimum Estimation, utilized in most sensible universities in the course of the international. The time has come for a brand new version of this vintage textual content, and Lewis enlisted the help of entire specialists to carry the booklet thoroughly modern with the estimation tools using latest high-performance systems.

A vintage Revisited
Optimal and powerful Estimation: With an creation to Stochastic keep watch over concept, moment variation displays new advancements in estimation idea and layout options. because the name indicates, the most important function of this variation is the inclusion of strong tools. 3 new chapters conceal the strong Kalman clear out, H-infinity filtering, and H-infinity filtering of discrete-time systems.

Modern instruments for Tomorrow's Engineers
This textual content overflows with examples that spotlight functional purposes of the speculation and ideas. layout algorithms seem comfortably in tables, permitting scholars speedy reference, effortless implementation into software program, and intuitive comparisons for choosing the easiest set of rules for a given software. furthermore, downloadable MATLAB® code permits scholars to achieve hands-on adventure with industry-standard software program instruments for a wide selection of applications.

This state-of-the-art and hugely interactive textual content makes instructing, and studying, estimation tools more uncomplicated and extra glossy than ever.

Show description

Read or Download Optimal and Robust Estimation: With an Introduction to Stochastic Control Theory, Second Edition PDF

Best robotics & automation books

Parallel Robots

Parallel robots are closed-loop mechanisms featuring first-class performances when it comes to accuracy, tension and talent to control huge quite a bit. Parallel robots were utilized in a lot of purposes starting from astronomy to flight simulators and have gotten more and more renowned within the box of machine-tool undefined.

Advanced Neural Network-Based Computational Schemes for Robust Fault Diagnosis

The current publication is dedicated to difficulties of model of synthetic neural networks to powerful fault analysis schemes. It provides neural networks-based modelling and estimation strategies used for designing strong fault analysis schemes for non-linear dynamic structures. part of the booklet specializes in primary concerns resembling architectures of dynamic neural networks, tools for designing of neural networks and fault prognosis schemes in addition to the significance of robustness.

Optimal and Robust Estimation: With an Introduction to Stochastic Control Theory, Second Edition

Greater than a decade in the past, world-renowned regulate platforms authority Frank L. Lewis brought what could turn into a typical textbook on estimation, below the identify optimum Estimation, utilized in best universities during the international. The time has come for a brand new version of this vintage textual content, and Lewis enlisted the help of entire specialists to convey the ebook thoroughly brand new with the estimation equipment using state-of-the-art high-performance platforms.

Additional resources for Optimal and Robust Estimation: With an Introduction to Stochastic Control Theory, Second Edition

Sample text

41) a. Express PX/Z and X/Z in terms of K. b. 42) The Orthogonality Principle The following orthogonality principle is basic to probabilistic estimation theory. Let RVs X and Z be jointly distributed. 43) That is, any function of Z is orthogonal to X once the conditional mean has been subtracted out. 44) for any function g(·), since g(Z) is deterministic if Z is fixed. 2 where orthogonal RVs are represented as being at right angles. ) The as being in the direction of Z. 45) which is the estimation error, is orthogonal to all other RVs g(Z).

Let S be any square root of R−1 so that R−1 = S T S. 110) The covariance of the prefiltered noise V ω is Rω = SV (SV )T = SVV T S T = SRS T = S(S T S)−1 S T = I so that the components of V ω are independent and V ω is a white noise vector. Hence the superscripts. 109, we define a new measurement matrix H ω and process all our measurements Z through a linear prewhitening filter S. 108 using Z ω , H ω , and Rω = I instead of Z, H, and R. 5 Wiener Filtering Wiener developed the ideas we are about to discuss in the early 1940s for application to antiaircraft fire control systems.

69 is called the Gauss– Markov estimator. 70) which models complete ignorance. 69. The maximum-likelihood estimate is, therefore, in the linear Gaussian case, a limiting case of the mean-square estimate. The error covariance PX˜ is independent of the measurement Z, so that once we have designed an experiment described by Z = HX + V, PX˜ can be computed off-line to see if the accuracy of the experiment is acceptable before we build the equipment and take any measurements. This is an important result.

Download PDF sample

Rated 4.79 of 5 – based on 21 votes