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Exact(10)
Let be the identity operator.
Let be the identity operator of.
Throughout this paper, let M, ({m}'), m, ({m}') be scalars, I be the identity operator, and (mathcal{B}(mathcal{H})) be the set of all bounded linear operators on a Hilbert space ((mathcal{H},langlecdot,cdotrangle)).
Let H and K be two real Hilbert spaces, (A:Hrightarrow K) be a bounded linear operator, (A^) denotes the adjoint of A and let I be the identity operator on H or K.
Therefore, if one takes to be the identity operator, then the regularized solution of the corresponding regularized VIP (2.1) converges in norm to the minimal norm point of the solution set.
Throughout this paper, let (H_{1}) and (H_{2}) be real Hilbert spaces, (A:H_{1}rightarrow H_{2}) be a bounded linear operator and I be the identity operator on (H_{1}) or (H_{2}).
Similar(50)
More precisely, we show that Bħ → I as ħ → 0, where I is the identity operator and Bħ the Berezin transform.
I is the identity operator.
d Here I is the identity operator.
Here is the identity operator of.
Here I is the identity operator of.
More suggestions(16)
be the identity network
be the selfadjoint operator
be the projection operator
be the interpolation operator
be the linear operator
be the identity bureau
be the identity map
be the identity mapping
be the truncation operator
be the homotopy operator
be the integral operator
be the evolution operator
be the identity function
be the resolvent operator
be the identity matrix
be the restriction operator
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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