Preface to the Series
Preface to Part 1
Chapter 1. Preliminaries
1.1. Notation and Terminology
1.2. Metric Spaces
1.3. The Real Numbers
1.4. Orders
1.5. The Axiom of Choice and Zorn's Lemma
1.6. Countability
1.7. Some Linear Algebra
1.8. Some Calculus
Chapter 2. Topological Spaces
2.1. Lots of Definitions
2.2. Countability and Separation Properties
2.3. Compact Spaces
2.4. The Weierstrass Approximation Theorem and Bernstein Polynomials
2.5. The Stone-Weierstrass Theorem
2.6. Nets
2.7. Product Topologies and Tychonoff's Theorem
2.8. Quotient Topologies
Chapter 3. A First Look at Hilbert Spaces and Fourier Series
3.1. Basic Inequalities
3.2. Convex Sets, Minima, and Orthogonal Complements
3.3. Dual Spaces and the Riesz Representation Theorem
3.4. Orthonormal Bases, Abstract Fourier Expansions, and Gram-Schmidt
3.5. Classical Fourier Series
3.6. The Weak Topology
3.7. A First Look at Operators
3.8. Direct Sums and Tensor Products of Hilbert Spaces
Chapter 4. Measure Theory
4.1. Riemann-Stieltjes Integrals
4.2. The Cantor Set, Function, and Measure
4.3. Bad Sets and Good Sets
4.4. Positive Functionals and Measures via L1(X)
4.5. The Riesz-Markov Theorem
4.6. Convergence Theorems; LP Spaces
4.7. Comparison of Measures
4.8. Duality for Banach Lattices; Hahn and Jordan Decomposition
4.9. Duality for LP
4.10. Measures on Locally Compact and o-Compact Spaces
4.11. Product Measures and Fubini's Theorem
4.12. Infinite Product Measures and Gaussian Processes
4.13. General Measure Theory
4.14. Measures on Polish Spaces
4.15. Another Look at Functions of Bounded Variation
4.16. Bonus Section: Brownian Motion
4.17. Bonus Section: The Hausdorff Moment Problem
4.18. Bonus Section: Integration of Banach Space-Valued Functions
4.19. Bonus Section: Haar Measure on o-Compact Groups
Chapter 5. Convexity and Banach Spaces