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Discrepancies measure the deviation of a point set from expected ideal distribution. Given an
-dimensional sequence
the
-dimensional counting function is defined by ![]()
for any Cartesian box (product of intervals)
.
The extremal discrepancy ![]()
The star discrepancy ![]()
Both are connected by the relations
-discrepancy ![]()
We have![]()
where the constant
depends only on
.
Theorem. An
-dimensional sequence
is uniformly distributed on
if and only if
•
,
•
,
•
,
•
holds for all continuous functions
,
•
holds for all
,
.
• the one-dimensional sequence
,
, is uniformly distributed for every integer vector
.
Cite this web-page as:
Štefan Porubský: Classical Discrepancies.