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Metric Constrained Interpolation, Commutant Lifting and Systems
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
Introduction
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Chapter 2
Interpolation Problems for Operator-Valued Functions
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Chapter 3
Proofs Using the Commutant Lifting Theorem
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Chapter 4
Time Invariant Systems
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Chapter 5
Central Commutant Lifting
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Chapter 6
Central State Space Solutions
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Chapter 7
Parameterization of Intertwining Liftings and its Applications
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Chapter 8
Applications to Control Systems
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Chapter 9
Nonstationary Interpolation Theorems
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Chapter 10
Nonstationary Systems and Point Evaluation
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Chapter 11
Reduction Techniques: From Nonstationary to Stationary and Vice Versa
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Chapter 12
Proofs of the Nonstationary Interpolation Theorems by Reduction to the Stationary Case
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Chapter 13
A General Completion Theorem
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Chapter 14
Applications of the Three Chains Completion Theorem to Interpolation
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Chapter 15
Parameterization of All Solutions of the Three Chains Completion Problem
Overall attention for this book and its chapters
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Mentioned by
syllabi
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institution with syllabi
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Book overview
1. Introduction
2. Interpolation Problems for Operator-Valued Functions
3. Proofs Using the Commutant Lifting Theorem
4. Time Invariant Systems
5. Central Commutant Lifting
6. Central State Space Solutions
7. Parameterization of Intertwining Liftings and its Applications
8. Applications to Control Systems
9. Nonstationary Interpolation Theorems
10. Nonstationary Systems and Point Evaluation
11. Reduction Techniques: From Nonstationary to Stationary and Vice Versa
12. Proofs of the Nonstationary Interpolation Theorems by Reduction to the Stationary Case
13. A General Completion Theorem
14. Applications of the Three Chains Completion Theorem to Interpolation
15. Parameterization of All Solutions of the Three Chains Completion Problem
Summary
Syllabi
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Engineering, Area and Ethnic Studies, Religious Studies