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Preface Introduction List of Symbols Part 8: Fourier Analysis 1 The Historical Place of Fourier Analysis in Mathematics 2 Trigonometric Series and Fourier Series 3 Fourier Series and Their Coefficients 4 Pointwise Convergence and Summability 5 Fourier Series of Square Integrable Functions 6 Further Topics on the Convergence of Fourier Series 7 Holomorphic Functions, Harmonic Functions, Hardy Spaces 8 Selected Topics on Fourier Series 9 Orthonormal Expansions and Special Functions 10 The Schwartz Space 11 The Fourier Transform in S(Rn) 12 The Fourier Transform in LP-Spaces 13 The Fourier Transform of Bounded Measures 14 Selected Topics on the Fourier Transform Part 9: Ordinary Differential Equations 15 Some Orientation-First Results 16 Basic Existence and Uniqueness Results I 17 Basic Existence and Uniqueness Results II 18 Linear Systems of First Order. Constant Coefficients 19 Linear Systems of First Order. Variable Coefficients 20 Second Order Linear Differential Equations with Real Analytic Coefficients 21 Boundary Value and Eigenvalue Problems. First Observations 22 The Hypergeometric and the Confluent Hypergeometric Differential Equation 23 Continuous Dependence on Data and Stability 24 Tangent Spaces, Tangent Bundles, and Vector Fields 25 Phase Diagrams and Flows Part 10: Introduction to the Calculus of Variations 26 The Calculus of Variations-Setting the Scene 27 Classical Solutions of the Euler-Lagrange Equations 28 More on Local Minimisers 29 Partial Differential Equations of 1st Order 30 Aspects of Hamilton-Jacobi Theory Appendices Appendix I: Harmonic Analysis on Locally Compact Abelian Groups Appendix II: Convergence of Measures Appendix III: Generating Functions, Orthonormal Polynomials Appendix IV: On Brouwer's Fixed Point Theorem Solutions to Problems of Part 8 Solutions to Problems of Part 9 Solutions to Problems of Part 10 References Mathematicians Contributing to Analysis (Continued) Subject Index ±à¼­ÊÖ¼Ç