Reproducing kernel Hilbert space: Difference between revisions

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Links. I think the sentence I modified was incorrect; but an expert should know for sure.
my previous remark was wrong. But there is no need to say "norm continuous". The concept of continuity is unambiguous here, it is continuous as a map between two normed spaces.
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:<math> f \mapsto f(x) </math>
 
from ''H'' to the complex numbers is continuous for any ''x'' in ''X''. By the [[Riesz representation theorem]], this implies that there exists an element ''K''<sub>''x''</sub> of ''H'' such that for every function ''f'' in the space,
 
:<math> f(x) = \langle K_x, f \rangle. </math>