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The map is measurable for all.
where (5.2). and satisfies the following caratheodory conditions: the map is continuous for, the map is measurable for all, there exists with such that for and, is increasing in for.
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Therefore, the mapping is measurable, which completes the proof.
Since the mapping is measurable in, then, for each, is also measurable.
A mapping is called a random mapping, if for each fixed, the mapping is measurable.
A mapping is called a random operator if, for each, the mapping is measurable.
By [31] the mapping is measurable for ; however, the associated Nemytskij operator is not necessarily continuous.
For each there is so that for all, (a a real-valued mapping is measurable for all, (b there is so that (2.8).
be a mapping defined a.e. on the tangent bundle Suppose that for a.e. the mapping is continuous on the fiber that is, for a.e., the function is defined and continuous; the mapping is measurable for all measurable vector fields (see [12]).
For any given measurable mapping, the multivalued mappings are measurable by Lemma 2.5.
From Theorem 2.3, the set multivalued map (G_{p}) is measurable, so begin{aligned} overline{G_{p} omega)} =& overline{ bigl{ xinOmega: x-F omega,x-F omega0,x inlon_{p} ) Bigr} }, qquad epsilon_{p}= left( begin{matrix} {frac{1}{p}} vdots {frac{1}{p}} end{matrix}right),quad pin mathbb{N}.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com