Reproducing kernel Hilbert space: Difference between revisions

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Weird. Apparently the omission of these two apostrophes caused the whole subsequent word to be subscripted. Problem fixed, I hope.
m Period at the end of the very last sentence.
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is called a reproducing kernel for the Hilbert space. In fact, ''K'' is uniquely determined by the condition
 
:<math> f(x) = \langle K(x, \cdot), f(\cdot)) \rangle. </math>