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/Part 3: Functional Analysis/Chapter 10: Topological Vector Spaces/Section 10.1: Vector Space Topologies

Definition 10.1.4 (Translation-Invariant Uniformity).label Let $E$ be a vector space, $\fU$ be a uniformity on $E$, and $U \in \fU$, then $U$ is translation-invariant if for every $z \in E$,

\[U = \bracs{(x + z, y + z)|(x, y) \in U}\]

and $\fU$ is translation-invariant if there exists a fundamental system of translation-invariant entourages.

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