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An Introduction to Lebesgue Integration and Fourier Series by Howard J. Wilcox,David L. Myers ISBN: 0486682935 Dover Publications Price: $14.95 click here to see this book Undergraduate-level introduction to Riemann integral, measurable sets, measurable functions, Lebesgue integral, other topics. Numerous examples and exercises. Table of Contents for An Introduction to Lebesgue Integration and Fourier Series Chapter 1. The Riemann Integral 1. Definition of the Riemann Integral 2. Properties of the Riemann Integral 3. Examples 4. Drawbacks of the Riemann Integral 5. Exercises Chapter 2. Measurable Sets 6. Introduction 7. Outer Measure 8. Measurable Sets 9. Exercises Chapter 3. Properties of Measurable Sets 10. Countable Additivity 11. Summary 12. Borel Sets and the Cantor Set 13. Necessary and Sufficient Conditions for a Set to be Measurable 14. Lebesgue Measure for Bounded Sets 15. Lebesgue Measure for Unbounded Sets 16. Exercises Chapter 4. Measurable Functions 17. Definition of Measurable Functions 18. Preservation of Measurability for Functions 19. Simple Functions 20. Exercises Chapter 5. The Lebesgue Integral 21. The Lebesgue Integral for Bounded Measurable Functions 22. Simple Functions 23. Integrability of Bounded Measurable Functions 24. Elementary Properties of the Integral for Bounded Functions 25. The Lebesgue Integral for Unbounded Functions 26. Exercises Chapter 6. Convergence and The Lebesgue Integral 27. Examples 28. Convergence Theorems 29. A Necessary and Sufficient Condition for Riemann Integrability 30. Egoroff's and Lusin's Theorems and an Alternative Proof of the Lebesgue Dominated Convergence Theorem 31. Exercises Chapter 7. Function Spaces and £ superscript 2 32. Linear Spaces 33. The Space £ superscript 2 34. Exercises Chapter 8. The £ superscript 2 Theory of Fourier Series 35. Definition and Examples 36. Elementary Properties 37. £ superscript 2 Convergence of Fourier Series 38. Exercises Chapter 9. Pointwise Convergence of Fourier Series 39. An Application: Vibrating Strings 40. Some Bad Examples and Good Theorems 41. More Convergence Theorems 42. Exercises Appendix Logic and Sets Open and Closed Sets Bounded Sets of Real Numbers Countable and Uncountable Sets (and discussion of the Axiom of Choice) Real Functions Real Sequences Sequences of Functions Bibliography; Index

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