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Advanced Differentiation and Integration 1

Class at Faculty of Mathematics and Physics |
NMMA437

Syllabus

1. Real-analytic properties of Sobolev functions

Riesz potential estimate

Beppo Levi's characterization

Embedding theorems

Approximate differentiability, a.e. differentiability

Examples concerning discontinuity and non-differentiability 2. Change of variables in integral for Lipschitz transforms

Area formula

Coarea formula

Sard type theorems

Luzin's (N) condition 3. Differentiation of convex functions

Lipschitz estimates

Zajíček's theorem (informatively)

Alexandrov's theorem

Annotation

Real-analytic properties of Sobolev functions. Change of variables in integral for Lipschitz transformations – area and coarea formula.

Differentiation of convex functions. Recommended for master students of mathematical analysis.