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Zusatztext "This is a comprehensive book on state estimation intended for students and practitioners in power engineering. It is also of high interest for applied mathematicians working in statistics and operations research. Easy-to-read and enjoyable? the book is well structured and most theoretical developments are illustrated with insightful examples! State-of-the-art developments as well as historical references are provided. Certainly! this book constitutes a fundamental addition to the state estimation literature by two well-known experts on the subject." - IEEE Power & Energy Magazine! Vol. 3! No. 2! March/April 2005"?brings a fresh perspective to the problem of state estimation?offers a blend of theory and mathematical rigor that is unique and very exciting." -- Fernando L. Alvarado! The University of Wisconsin! Madison! Wisconsin! USA "Throughout the book! the principles being explained are illustrated with exceptionally clear line drawings! appropriate mathematical formulations and with a large number of excellent scanning electron micrographs. ?The book provides an excellent reference for materials engineers and designers who may be confronted with wear problems in design. It would also serve as a graduate or senior-level text in a materials science course on wear."-Richard D. Waltein! P.E.! JOM On-Line! Jan. 2006 Klappentext Offering an account of the strategies utilized in state estimation of electric power systems! this text provides a broad overview of power system operation and the role of state estimation in overall energy management. It also uses examples! models! tables! and guidelines to examine various aspects of state estimation. Zusammenfassung Offering an account of the strategies utilized in state estimation of electric power systems, this text provides a broad overview of power system operation and the role of state estimation in overall energy management. It also uses examples, models, tables, and guidelines to examine various aspects of state estimation. Inhaltsverzeichnis Introduction. Weighted Least Squares State Estimation. Alternative Formulations of the WLS State Estimation. Network Observability Analysis. Bad Data Detection and Identification. Robust State Estimation. Network Parameter Estimation. Topology Error Processing. State Estimation Using Ampere Measurements. Appendix A: Review of Basic Statistics. Appendix B: Review of Sparse Linear Equation Solution. References. Index....
List of contents
Introduction. Weighted Least Squares State Estimation. Alternative Formulations of the WLS State Estimation. Network Observability Analysis. Bad Data Detection and Identification. Robust State Estimation. Network Parameter Estimation. Topology Error Processing. State Estimation Using Ampere Measurements. Appendix A: Review of Basic Statistics. Appendix B: Review of Sparse Linear Equation Solution. References. Index.
Report
"This is a comprehensive book on state estimation intended for students and practitioners in power engineering. It is also of high interest for applied mathematicians working in statistics and operations research. Easy-to-read and enjoyable... the book is well structured and most theoretical developments are illustrated with insightful examples, State-of-the-art developments as well as historical references are provided. Certainly, this book constitutes a fundamental addition to the state estimation literature by two well-known experts on the subject."
- IEEE Power & Energy Magazine, Vol. 3, No. 2, March/April 2005
"...brings a fresh perspective to the problem of state estimation...offers a blend of theory and mathematical rigor that is unique and very exciting."
-- Fernando L. Alvarado, The University of Wisconsin, Madison, Wisconsin, USA
"Throughout the book, the principles being explained are illustrated with exceptionally clear line drawings, appropriate mathematical formulations and with a large number of excellent scanning electron micrographs. ...The book provides an excellent reference for materials engineers and designers who may be confronted with wear problems in design. It would also serve as a graduate or senior-level text in a materials science course on wear."
-Richard D. Waltein, P.E., JOM On-Line, Jan. 2006
