Results 1 to 10 of about 69 (48)
Egoroff's Theorem and the Distribution of Standard Points in a Nonstandard Model [PDF]
We study the relationship between the Loeb measure °(*fi) of a set £ and the /?-measure of the set S(E) = [x\*x G E) of standard points in E. If E is in the a-algebra generated by the standard sets, then °(*f0(£) — piS(Ef). This is used to give a short nonstandard proof of Egoroffs Theorem.
Henson, C. Ward, Wattenberg, Frank
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On the Independence of a Generalized Statement of Egoroff's Theorem from ZFC after T. Weiss
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In this paper n, k are natural numbers, X is a non empty set, and S is a σ-field of subsets of X. Next we state several propositions: (1) Let M be a σ-measure on S, F be a function from N into S, and given n. Then {x ∈ X: ∧ k (n ≤ k ⇒ x ∈ F (k))} is an element of S. (2) Let F be a sequence of subsets of X and n be an element of N.
Noboru Endou +2 more
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On Null-Continuity of Monotone Measures
The null-continuity of monotone measures is a weaker condition than continuity from below and possesses many special properties. This paper further studies this structure characteristic of monotone measures.
Jun Li
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Egoroff's theorems for random sets on non-additive measure spaces
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Tao Chen, Hui Zhang, Jun Li
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Egoroff’s Theorem and Lusin’s Theorem for Capacities in the Framework of
In the classical real analysis theory, Egoroff’s theorem and Lusin’s theorem are two of the most important theorems. The σ-additivity of measures plays a crucial role in the proofs of these theorems. Later, many researchers have carried out lots of studies on Egoroff’s theorem and Lusin’s theorem when the measure is monotone and nonadditive (see, e.g.,
Zhaojun Zong, Feng Hu, Xiaoxin Tian
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Egoroff’s theorem in measurable operator spaces associated with a Von Neumann algebra
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Shen, Congcong, Jiang, Lining
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