
TL;DR
This paper establishes a new Khintchine inequality for sums of Rademacher variables conditioned on their sum being zero, and applies it to derive a novel tail bound for hypergeometric distributions.
Contribution
It introduces a restricted Khintchine inequality under a specific sum constraint and demonstrates its use in deriving tail bounds for hypergeometric variables.
Findings
Proved a Khintchine inequality for Rademacher sums with zero sum constraint.
Derived a new tail bound for hypergeometric random variables.
Showed the inequality's application in probabilistic bounds.
Abstract
We prove a Khintchine type inequality under the assumption that the sum of Rademacher random variables equals zero. As an application we show a new tail-bound for a hypergeometric random variable.
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