Volumes I through V of Theorems and Problems in Functional Analysis: The Answer Book present different techniques for solving the 828 Exercises found in the A.A. Kirillov and Gvichiani book, entitled Theorems and Problems in Functional Analysis. The original book by Kirillov and Gvichiani was in the Problem Book in Mathematics Series, published by Springer. This is the most important and rich volume as it focuses on topological vector space and linear operators. This volume covers: convexity, seminorms and Minkowski functions, duality, weak and strong topology, the Hahn Banach theorem and Banach spaces, the Helly theorem, compact sets theory, the Krein-Milman theorem, Fredholm operators, cohomology, Hilbert-Schmidt operators, distributions, functional spaces, the Stone-Weierstrass theorem, smooth functions, locally convex spaces, the dirac distribution, the (Schwarz) kernel theorem, distrbutional derivative, Hilbert Spaces, Rademacher functions, Walsh functions, Haar functions, between principle in Hilbert spaces, and much more.
Supplementing the book, Theorems and Problems in Functional Analysis, these volumes may be used by graduate students taking a course in functional analysis. In order to understand this text, the reader must be familiar with mathematical analysis and real analysis.
Sprache
Verlagsort
Zielgruppe
Für Beruf und Forschung
Research
Maße
Höhe: 235 mm
Breite: 155 mm
ISBN-13
978-1-4419-8091-5 (9781441980915)
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Schweitzer Klassifikation
Martin Rupp is a professor of mathematics at the Institut de Preparation aux Concours Scientifiques et Techniques in London, UK.
Preface.- 1. General Theory.- 1.1. Topology, Convexity and Seminorms.- 1.2. Dual Spaces.- 1.3. Hahn-Banach Theorem.- 1.4. Banach Spaces.- 2. Linear Operators.- 2.1. Linear Operator Space.- 2.2. Compact Sets and Operators.- 2.3. Fredholm's Theory of the Operators.- 3. Functional Spaces and Distributions.- 3.1. Space of Integrable Functions.- 3.2. Space of Continuous Functions.- 3.3. Space of Smooth Functions.- 3.4. Distributions.- 3.5. Operations on the Distributions.- 4. Hilbert Spaces.- 4.1. Geometry of Hilbert Spaces.- 4.2. Operators in Hilbert Spaces