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Abstract: Managing telecommunication networks involves collecting and analyzing large amounts of statistical data. The standard approach to estimating ...
Towards this goal, we present a minimalist approach to se- quentially estimating and tracking a constant or a changing over time quantile, typically defined as ...
A minimalist approach to sequentially estimating constant/changing over time quantiles is presented, which uses the log-odds transformation of the observed ...
Towards this goal, we present a minimalist approach to sequentially estimat- ing constant/changing over time quantiles. We follow prior work and devise a fixed- ...
Towards this goal, we present a minimalist approach to sequentially estimating constant/changing over time quantiles. We follow prior work and devise a fixed- ...
Consider the problem of computing an estimate of a percentile or quantile of an unknown population based on a random sample of n observations.
We are interested in small sample and nonparametric quantile estimators. ”Small sample” is here used as an opposite to ”asymptotic” and it is meant that the ...
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The linear quantile regression model is the most fundamental modeling in conditional quantile estimation, and is computationally attractive since the.
These methods have been deployed in econometrics, social sciences, ecology, etc. The purpose of our paper is: • To bring the technique of quantile regression to ...
Jan 13, 2017 · We describe a practical recipe for determining when to stop a simulation which is intended to estimate quantiles of the unknown distribution ...