We consider the following problem: estimate the size of a population marked with serial numbers after only a sample of the serial numbers has been ob-served. Its simplicity in formulation and the inviting possibilities of applica-tion make this estimation well suited for an undergraduate level probability course. Our contribution consists in a Bayesian treatment of the problem. For an improper uniform prior distribution, we show that the posterior mean and variance have nice closed form expressions and we demonstrate how to compute highest posterior density intervals. Maple and R code is provided on the authors ’ web-page to allow students to verify the theoretical results and experiment with data
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider a set of sample counts obtained by sampling arbitrary fractions of a finite volume conta...
We consider a set of sample counts obtained by sampling arbitrary fractions of a finite volume conta...
<div><p>We consider a set of sample counts obtained by sampling arbitrary fractions of a finite volu...
This article considers a robust Bayesian approach to the sample size determination problem. We focus...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider the following problem: estimate the size of a population marked with serial numbers afte...
We consider a set of sample counts obtained by sampling arbitrary fractions of a finite volume conta...
We consider a set of sample counts obtained by sampling arbitrary fractions of a finite volume conta...
<div><p>We consider a set of sample counts obtained by sampling arbitrary fractions of a finite volu...
This article considers a robust Bayesian approach to the sample size determination problem. We focus...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...
In this chapter we deal with population size estimation in a particularly interesting case. We assum...