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/Part 3: Functional Analysis/Chapter 10: Topological Vector Spaces/Section 10.11: Vector-Valued Function Spaces

Definition 10.11.6 (Strong Operator Topology).label Let $E, F$ be TVSs over $K \in \RC$, $\fF \subset 2^{E}$ be the collection of finite subsets of $E$, then the $\fF$-uniform topology on $F^{E}$ is the strong operator topology.

The space $L_{s}(E; F)$ denotes $L(E; F)$ equipped with the strong operator topology.

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Jerry's Digital Garden

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  • Chapter 16: Notations
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