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Mar 31, 2022 at 13:44 comment added PattuX @Thomas this paper might help researchgate.net/publication/…
Apr 5, 2019 at 17:51 comment added Mark Schultz-Wu It's worth mentioning that the above is much less general than a first glance might imply. It gives you bounds $\vec{X}\geq \vec{z}$ (where $\vec{X}\geq\vec{z}$ means the partial-order induced by entry-wise comparisons), but the conditions on $\vec{z}$ are rather restrictive. Specifically, the $\lvert \vec{z}\rvert_1 = \mathbb{E}[\lvert \vec{X}\rvert_1]$, where each $z_i$ is a non-negative integer. I was unable to adapt the results in the paper for my required usage, involving Chernoff-type bounds on multinomial random variables.
Mar 16, 2015 at 18:19 comment added Thomas Steinke What if I'm interested in bounding $\mathbb{P}\left[\left\|\sum_i^n X_i - \mu_i\right\| > \lambda\right]$ instead?
Nov 4, 2014 at 7:15 vote accept Manuel Schmidt
Nov 3, 2014 at 21:03 history answered Carlo Beenakker CC BY-SA 3.0