Preface |
Background / 1: |
Topology / 1.1: |
Valuation Theory / 1.2: |
Algebra / 1.3: |
Measure Theory / 1.4: |
Normed Spaces / 1.5: |
Filterbases and Nets / 2: |
Filterbases / 2.1: |
Subordinate Filterbases / 2.2: |
Maximal Filterbases and Compactness / 2.3: |
Nets / 2.4: |
Exercises |
Commutative Topological Groups / 3: |
Elementary Considerations / 3.1: |
Bases / 3.2: |
Subgroups and Quotient Groups / 3.3: |
Continuous Homomorphisms / 3.4: |
Groups of Functions / 3.5: |
Metrizability / 3.6: |
Completeness / 4: |
Completeness in Function Groups / 4.1: |
Total Boundedness / 4.3: |
Compactness and Total Boundedness / 4.4: |
Uniform Continuity / 4.5: |
Extension of Uniformly Continuous Maps / 4.6: |
Completion of a Topological Group / 4.7: |
Topological Vector Spaces / 5: |
Absorbent and Balanced Sets / 5.1: |
Convexity / 5.2: |
Basic Properties / 5.3: |
Algebraic Notions and Local Convexity / 5.4: |
Bases at 0 / 5.5: |
Products and Quotients / 5.6: |
Metrizability and Completion / 5.7: |
Topological Complements / 5.8: |
Finite-Dimensional and Locally Compact Spaces / 5.9: |
Examples / 5.10: |
Seminorms / 6: |
Continuity of Seminorms / 6.1: |
Gauges / 6.3: |
Topologies Generated by Seminorms / 6.4: |
Locally Convex Spaces and Seminorms; Metrizability / 6.5: |
Convergence in LCS; Ascoli's Theorem / 6.6: |
Seminorms on Products and Quotients / 6.7: |
Ordered Vector Spaces / 6.8: |
Bounded Sets / 7: |
Normability / 7.1: |
Stability of Bounded Sets / 7.3: |
Continuity Implies Boundedness / 7.4: |
When Boundedness Implies Continuity / 7.5: |
Liouville's Theorem / 7.6: |
Boundedness Revisited / 7.7: |
The Hahn-Banach Theorem / 8: |
Linear Functionals / 8.1: |
Maximal Subspaces and Hyperplanes / 8.2: |
Continuous Linear Functionals / 8.3: |
Hahn-Banach Extension Theorems / 8.4: |
Geometric Form / 8.5: |
Separation of Convex Sets / 8.6: |
Helly's Theorem / 8.7: |
The Extension Problem / 8.8: |
Notes on the Hahn-Banach Theorem / 8.9: |
Duality / 9: |
Paired Spaces / 9.1: |
Weak Topologies / 9.2: |
Polars / 9.3: |
Polar Topologies / 9.4: |
Equicontinuity and Linear Maps / 9.5: |
Topologies of the Dual Pair; Mackey-Arens Theorem / 9.6: |
Permanence in Duality / 9.7: |
Orthogonals / 9.8: |
Adjoints / 9.9: |
Adjoints and Continuity / 9.10: |
Duals of Subspaces and Quotients / 9.11: |
Openness of Linear Maps / 9.12: |
The Krein-Milman Theorem / 10: |
Extreme Points / 10.1: |
The Choquet Boundary / 10.2: |
The Stone-Banach Theorem / 10.4: |
The Extension Problem Concluded / 10.5: |
Barreled Spaces / 11: |
Topologies for L(X,Y) / 11.0: |
Lower Semicontinuity / 11.1: |
Rare Sets / 11.3: |
Meager Sets and Baire Spaces / 11.4: |
The Baire Category Theorem / 11.5: |
The Banach-Steinhaus Theorem / 11.6: |
Infrabarreled Spaces / 11.7: |
Permanence Properties / 11.8: |
Increasing Sequences of Disks / 11.9: |
Strict Inductive Limits / 12: |
Strict Inductive Limits and LF-Spaces / 12.1: |
General Inductive Limits / 12.2: |
Bornological Spaces / 13: |
The Space X[subscript D] / 13.1: |
Closed Graph Theorems / 13.2: |
Maps with Closed Graphs / 14.1: |
Closed Linear Maps / 14.2: |
The Open Mapping Theorem / 14.3: |
Applications / 14.5: |
Webbed Spaces / 14.6: |
Closed Graph Theorems for Webbed Spaces / 14.7: |
Limits on the Domain Space / 14.8: |
Other Closed Graph Theorems / 14.9: |
Reflexivity / 15: |
Reflexive Spaces / 15.1: |
Smulian Theorems / 15.2: |
Particular Spaces / 15.3: |
Approximation Theory / 15.4: |
Norm Convexities / 16.1: |
Chebysev Spaces / 16.2: |
Approximation in Function Algebras / 16.3: |
Bibliography |
Index |