preface part one set theory,real numbers,and calculus 1 set theory biography: georg cantor 1.1 basic definitions and properties 1.2 functions and sets 1.3 equivalence of sets; countability 1.4 algebras,σ-algebras,and monotone classes
2 the real number system and calculus biography: georg friedrich bernhard riemann 2.1 the real number system 2.2 sequences of real numbers 2.3 open and closed sets 2.4 real-valued functions 2.5 the cantor set and cantor function 2.6 the riemann integral
part two measure,integration,and differentiation 3 lebesgue theory on the real line biography: emile felix-edouard-justin borel 3.1 borel measurable functions and borel sets 3.2 lebesgue outer measure 3.3 further properties of lebesgue outer measure 3.4 lebesgue measure
4 the lebesgue integral on the real line biography: henri leon lebesgue 4.1 the lebesgue integral for non functions 4.2 convergence properties of the lebesgue integral for non functions 4.3 the general lebesgue integral 4.4 lebesgue almost everywhere
5 elements of measure theory biography: constantin carath~odory 5.1 measure spaces 5.2 measurable functions 5.3 the abstract lebesgue integral for non functior 5.4 the general abstract lebesgue integral 5.5 convergence in measure
6 extensions to measures and product measure biography: guido fubini 6.1 extensions to measures 6.2 the lebesgue-stieltjes integral 6.3 product measure spaces 6.4 iteration of integrals in product measure spaces
7 elements of probability biography: andrei nikolaevich kolmogorov 7.1 the mathematical model for probability 7.2 random variables 7.3 expectation of random variables 7.4 the law of large numbers
8 differentiation and absolute continuity biography: giuseppe vitafi 8.1 derivatives and dini-derivates 8.2 functions of bounded variation 8.3 the indefinite lebesgne integral 8.4 absolutely continuous functions
9 signed and plex measures biography: johann radon 9.1 signed measures 9.2 the radon-nikodym theorem 9.3 signed and plex measures 9.4 deition of measures 9.5 measurable transformati6ns and the general change-of-variable formula part three topological, metric, and normed spaces
10 topologies, metrics, and norms biography: felix hausdorff 10.1 introduction to topological spaces 10.2 metrics and norms 10.3 weak topologies 10.4 closed sets, convergence, and pleteness 10.5 s and continuity 10.5 separation properties 10.7 connected sets
11 separability and pactness biography: maurice frechet 11.1 separability, second countability, and metrizability 11.2 pact metric spaces 11.3 pact topological spaces 11.4 locally pact spaces 11.5 function spaces
12 plete and pact spaces biography: marshall harvey stone 12.1 the baire category theorem 12.2 contractions of plete metric spaces 12.3 pactness in the space c(□, a) 12.4 pactness of product spaces 12.5 appromation by functions from a lattice 12.5 appromation by functions from an algebra
13 hilbert spaces and banach spaces biography: david hilbert 13.1 preliminaries on normed spaces 13.2 hilbert spaces 13.3 bases and duality in hilbert spaces 13.4 □-spaces 13.5 non linear functionals on c(□) 13.5 the dual spaces of c(□) and c0(□)
14 normed spaces and locally convex spaces biography: stefan banach 14.1 the hahn-banach theorem 14.2 linear operators on banach spaces 14.3 pact self-adjoint operators 14.4 topological linear spaces 14.5 weak and weak* topologies 14.5 pact convex sets part four harmonic analysis, dynamical systems, and hausdorff measure
15 elements of harmonic analysis biography: ingrid daubechies 15.1 introduction to fourier series 15.2 convergence of fourier series 15.3 the fourier transform 15.4 fourier transforms of measures 15.5 □-theory of the fourier transform 15.5 introduction to wavelets 15.7 orthonormal wavelet bases; the wavelet transform
15 measurable dynamical systems biography: claude e/wood shannon 16.1 introduction and examples 16.2 eric theory 16.3 isomorphism of measurable dynamical systems; entropy 16.4 the kolmogorov-sinai theorem; calculation of entropy
17 hausdorff measure and fractals biography: benoit b. mandelbrot 17.1 outer measure and measurability 17.2 hausdorff measure 17.3 hausdorff dimension and topological dimension 17.4 fractals index
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