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return to viewing '$\ell^p$'
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2005-05-21 10:15:19
- revision [
Version 18 -->
(current)
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by
matte
Removed comment:
The assumption $p\ge 1$ is motivated.
If $0<p<1$, $\ell^p(\mathbb{F})$ (defined
as above) is not even a metric space \cite{friedman}.
and the corresponding reference.
As a set, l^p is a metric space, so this comment
should best be discussed at greater length in a
separate entry. |
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(date unknown)
- revision [
Version 13 -->
(missing)
]
by
Evandar
| Changes for correction #4140 ('periods'). |
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