This textbook begins with the fundamentals of classical real variables and leads to Lebesgue's definition of the integral, the theory of integration and the structure of measures in a measure theoretical format. The core chapters are followed by chapters of a topical nature, which illuminate the authors' intellectual vision of modern real analysis. These topics include weak convergence, the Riesz representation theorem, the Lebesgue differential theorem, and self-similar sets and fractals. Historical remarks, illuminating problems and examples, and appendices on functional analysis and Fourier analysis provide insight into the theory and its applications. The self-contained and fundamental coverage of the theories of integration, differentiation, and modern analysis make this text ideal for graduate students in the classroom setting.
INDICE: Preface.- Classical real variables.- Lebesgue measure and general measure theory.- The Lebesgue integral.- The relationship between differentiation and integration on R.- Spaces of measures and the Radon–Nikodym theorem.- Weak convergence of measures.- Riesz representation theorem.- Lebesgue differentiation theorem on R.- Self-similar sets and fractals.- Appendix I: Functional analysis.- Appendix II: Fourier Analysis.- References.- Index.
Contacte con nosotros para mejorar la información de este artículo.
Materias de este libro
Submaterias de este libro
Materias de este libro
Submaterias de este libro
Materias de este libro
Submaterias de este libro *
Díaz de Santos
Consulte la ayuda si desea obtener más información al respecto.