measure-theoretic construction

C11644
concept

A measure-theoretic construction is a rigorous method of building mathematical objects—such as measures, integrals, or probability spaces—by specifying σ-algebras, set functions, and limiting processes that satisfy the axioms of measure theory.

All labels observed (11)

Label Occurrences
result in measure theory 7
Borel measure 2
construction in ergodic theory 2

Instances (20)

Instance Via concept surface
Carathéodory’s extension theorem result in measure theory
Gelfand transform construction in functional analysis
monotone convergence theorem result in measure theory
Lebesgue measure complete measure
Brownian filtration increasing family of sigma-algebras
Wiener measure stochastic process measure
Kolmogorov extension theorem result in measure theory
Itô integral construction in stochastic calculus
Steinhaus theorem result in measure theory
Lebesgue differentiation theorem result in measure theory
Vitali covering lemma result in measure theory
Hahn decomposition theorem result in measure theory
Lebesgue integration
Hausdorff measure outer measure
Kakutani skyscraper construction construction in ergodic theory
Kakutani–Rokhlin towers construction in ergodic theory
Plancherel measure measure in harmonic analysis
Stieltjes measure Borel measure
Gelfand–Naimark–Segal construction construction in functional analysis
Carleson measure measure in harmonic analysis