Your English writing platform
Free sign upExact(6)
From Lemma 2.2 that the net generated by converges strongly to, as.
Since is a nonexpansive mapping, we have from [12, Theorem ] that the net generated by converges strongly to, as.
It is proved that the sequence generated iteratively by converges strongly to a common fixed point which solves the variational inequality for all.
It follows from Theorem 3.1 that generated by converges strongly to, as, where is the unique solution of a variational inequality.
Theorem 4.3Under the assumptions of Theorem 4.2, if in additionCis assumed to beρ-compact, then the sequence generated by converges strongly to a common fixed point, that is, (4.21).
It is well known that if is Lipschitzian and strongly monotone, then for small enough, the mapping is a contraction on and so the sequence of Picard iterates, given by converges strongly to the unique solution of the.
Similar(54)
By Theorem 3.3, the iterative sequence ({x_{n}}) generated by (4.9) converges strongly to ({x^ = {P_{operatorname{VI}(C,A)}}theta=P_{operatorname{Fix}(T }theta).
If the solution set of problem (22) denoted by Ω is nonempty, then the sequence { x n } generated by (23) converges strongly to P Ω ( 0 ).
Then defined by (2.1) converges strongly to.
Then, generated by (1.14) converges strongly to an element in.
We prove that defined by (1.14) converges strongly to.
Write better and faster with AI suggestions while staying true to your unique style.
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