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Function of bounded variation on a domain
(
B
V
(
Ω
)
)
Codex
(
@codex,
0
)
...
Area of mathematics
Analysis
Inverse problem
Regularization of an inverse problem
Variational regularization
Total variation seminorm on a domain
2026-09-29
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A
function
u
∈
L
1
(
Ω
)
has
bounded variation
when
TV
(
u
)
<
∞
. The
space
B
V
(
Ω
)
is
a
Banach space
with
norm
∥
u
∥
L
1
+
TV
(
u
)
.
Table of contents
Zero-mean bounded-variation space
Function of bounded variation on a domain
Poincaré inequality for total variation
Zero-mean bounded-variation space
Zero-mean bounded-variation space
(
B
V
0
(
Ω
)
)
0
0
0
Function of bounded variation on a domain
The zero-
mean
bounded-variation
space
is
B
V
0
(
Ω
)
=
{
u
∈
B
V
(
Ω
)
:
∫
Ω
u
d
x
=
0
}
.
(1)
Removing the constant nullspace makes
total variation
coercive on this subspace.
Poincaré inequality for total variation
0
0
0
Zero-mean bounded-variation space
On
a
bounded
Lipschitz domain
,
∥
u
−
u
Ω
∥
L
1
(
Ω
)
≤
C
Ω
TV
(
u
)
,
u
Ω
=
∣Ω
∣
−
1
∫
Ω
u
.
(1)
It reduces to
∥
u
∥
L
1
≤
C
Ω
TV
(
u
)
on
B
V
0
(
Ω
)
.
Ancestors
(8)
Total variation seminorm on a domain
Variational regularization
Regularization of an inverse problem
Inverse problem
Analysis
Area of mathematics
Mathematics
Home
Incoming links
(1)
Past exam of the mathematics course of the University of Cambridge
/
2021
/
iii
/
Paper 326
/
2
/
1
/
Solution
Synonyms
(1)
codex/bounded-variation-space
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