A function is called locally integrable if, around every point in the domain, there is a neighborhood on which the function is integrable.
The space of locally integrable functions is denoted . Any integrable function is also locally integrable.
One possibility for a nonintegrable function which is locally integrable is if it
does not decay at infinity. For instance,
is locally integrable on
, as is any continuous function.
Locally Integrable
See also
Frechet Space, Integrable, Lebesgue IntegrableThis entry contributed by Todd Rowland
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Cite this as:
Weisstein, Eric W., with contributions by Todd Rowland. "Locally Integrable." From MathWorld--A Wolfram Resource. https://mathworld.wolfram.com/LocallyIntegrable.html