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E-mail Message: I thought you might be interested in this item at http://www.worldcat.org/oclc/31328466 Title: Robust stability and convexity : an introduction Author: Jacob Kogan Publisher: London ; New York : Springer-Verlag, 1995. ISBN/ISSN: 3540199195 9783540199199 0387199195 9780387199191 OCLC:31328466

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Robust stability and convexity : an introduction

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Robust stability and convexity : an introduction

Author:	Jacob Kogan
Publisher:	London ; New York : Springer-Verlag, 1995.
Series:	Lecture notes in control and information sciences, 201.
Edition/Format:	Book : EnglishView all editions and formats
Rating:	(not yet rated) 0 with reviews - Be the first.

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Additional Physical Format:	Online version: Kogan, Jacob, 1954- Robust stability and convexity. London ; New York : Springer-Verlag, 1995 (OCoLC)623750628
Material Type:	Internet resource
Document Type:	Book, Internet Resource
All Authors / Contributors:	Jacob Kogan Find more information about:
ISBN:	3540199195 9783540199199 0387199195 9780387199191
OCLC Number:	31328466
Description:	xi, 176 p. ; 24 cm.
Contents:	1. Introduction and Motivation. 1.1. Illustration. 1.2. Stability and Convexity -- 2. Stability of Box Polynomial Families. 2.1. Kharitonov's Theorem. 2.2. Other root location regions: [Omega] stability. 2.3. Principal Vertices and Stability. 2.4. Principal Directions and Principal Vertices. 2.5. Principal Vertices and Testing Family. 2.6. Examples: Schur, Hurwitz, and Sector Stability. 2.7. Hurwitz Stability of Weighted Diamonds. 2.8. Extreme Point Results -- 3. Stability Radii and Convex Analysis. 3.1. Stability Radii and Degree Dropping. 3.2. Constrained Optimization Problem. 3.3. Complex Stability Radius. 3.4. Stability Radius. 3.5. Examples: Stability Radii for Schur and Hurwitz Polynomials. 3.6. Real Stability Radius: Examples. 3.7. Link to Structured Matrix Perturbations. 3.8. Matrix Perturbations. 3.9. Multiple Matrix Perturbations and [mu] -- 4. Multiaffine Polynomial Families. 4.1. Orientation Preserving Multiaffine Transformation.
Series Title:	Lecture notes in control and information sciences, 201.
Responsibility:	Jacob Kogan.

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