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As the sequence ( g n ) n is pointwise bounded, we can extract, by a diagonal procedure, a subsequence (not re-labeled) for which g n ( t k ) → g ˜ ( t k ), ∀ k ∈ N. (3).
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Remark 5 We have proved that the sequence { u ( n ) } is bounded, so we can extract a subsequence, which we denote by { u ( n k ) } that is weakly convergent.
for all If is bounded, we can take.
If is bounded, we can easily know that is bounded [16].
In other words, for this bounded, we can write:.
Since the norm of Φ q is bounded uniformly in q, we can extract a sequence { q j } converging to 0 such that { Φ q j } converges in [ C 2, α ′ ( S 1 ) ] sym 3 for any fixed α ′ < α.
similarly we can get From the above two inequalities we know that the family is bounded, thus we know Therefore we can extract a subsequence which converges uniformly on compact sets of to a bounded uniformly continuous function of (3.47).
Since z j is uniformly bounded, standard parabolic estimates guarantee that we can extract once more a subsequence, still denoted by z j, such that z j converges uniformly on compact subsets to a function z∞ t, x).
We can extract the bounding box of the object in the surveillance video, using the background subtraction method of adaptive Gaussian mixture model [16, 17].
Since the synthesis procedure results in monotonic memory addressing functions, we can extract tight worst-case execution (WCET) bounds that are useful in system analysis.
We are running out of natural resources that we can extract at sufficiently low costs.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com