Category:Orthogonal Projections
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This category contains results about Orthogonal Projections.
Let $H$ be a Hilbert space.
Let $K$ be a closed linear subspace of $H$.
Then the orthogonal projection on $K$ is the mapping $P_K: H \to H$ defined by
- $k = \map {P_K} h \iff k \in K$ and $\map d {h, k} = \map d {h, K}$
where the latter $d$ signifies distance to a set.
Pages in category "Orthogonal Projections"
The following 11 pages are in this category, out of 11 total.