Given a sample from a finite population partitioned into classes, we consider estimating the distribution of the class frequencies. We propose first to estimate certain moments of this distribution, assuming Poisson sampling with unequal inclusion probabilities, and then to adapt these estimates using modelling assumptions. A simulation study illustrates the bias-robustness of the approach to departures from these assumptions
We argue that the conditional bias associated with a sample unit can be a useful measure of influenc...
Let a sample of size N be taken, by sampling with replacement, from a population of θ disjoint class...
Assume in a sample of size M one finds M i representatives of species i with $i = 1\dots N^{*}$. T...
Good-Turing frequency estimation (Good, ) is a simple, effective method for predicting detection pro...
This primer is intended to provide the basic information for sampling without replacement from finit...
<p>Motivated by the fundamental problem of modeling the frequency of frequencies (FoF) distribution,...
We exploit a suitable moment-based reparametrization of the Poisson mixtures distributions for devel...
A common scenario in finite population inference is that it is possible to find a working superpopul...
Articulo de publicación ISIEstimating the number n of unseen species from a k-sample displaying only...
A resampling technique for probability-proportional-to size sampling designs is proposed. It is ess...
[[abstract]]Assume that a random sample is drawn from a population with unknown number of classes an...
We discuss the problem of estimating finite population parameters on the basis of a sample containin...
[[abstract]]Assume that a random sample is drawn from a population with an unknown number of classes...
This article studies the use of the sample distribution for the prediction of finite population tota...
One of the spiniest problems in the elementary theory of the sampling is the determination of the si...
We argue that the conditional bias associated with a sample unit can be a useful measure of influenc...
Let a sample of size N be taken, by sampling with replacement, from a population of θ disjoint class...
Assume in a sample of size M one finds M i representatives of species i with $i = 1\dots N^{*}$. T...
Good-Turing frequency estimation (Good, ) is a simple, effective method for predicting detection pro...
This primer is intended to provide the basic information for sampling without replacement from finit...
<p>Motivated by the fundamental problem of modeling the frequency of frequencies (FoF) distribution,...
We exploit a suitable moment-based reparametrization of the Poisson mixtures distributions for devel...
A common scenario in finite population inference is that it is possible to find a working superpopul...
Articulo de publicación ISIEstimating the number n of unseen species from a k-sample displaying only...
A resampling technique for probability-proportional-to size sampling designs is proposed. It is ess...
[[abstract]]Assume that a random sample is drawn from a population with unknown number of classes an...
We discuss the problem of estimating finite population parameters on the basis of a sample containin...
[[abstract]]Assume that a random sample is drawn from a population with an unknown number of classes...
This article studies the use of the sample distribution for the prediction of finite population tota...
One of the spiniest problems in the elementary theory of the sampling is the determination of the si...
We argue that the conditional bias associated with a sample unit can be a useful measure of influenc...
Let a sample of size N be taken, by sampling with replacement, from a population of θ disjoint class...
Assume in a sample of size M one finds M i representatives of species i with $i = 1\dots N^{*}$. T...