We introduce an inference method based on quantiles matching, which is useful for situations where the density function does not have a closed form –but it is simple to simulate– and/or moments do not exist. Functions of theoretical quantiles, which depend on the parameters of the assumed probability law, are matched with sample quantiles, which depend on observations. Since the theoretical quantiles may not be available analytically, the optimization is based on simulations. We illustrate the method with the estimation of α-stable distributions. A thorough Monte Carlo study and an illustration to 22 financial indexes show the usefulness of the method.info:eu-repo/semantics/publishe
In this paper, we present new multivariate quantile distributions and utilise likelihood-free Bayesi...
[[abstract]]Quantile information is useful in business and engineering applications, but the exact s...
If the distribution of random variable is uknown, we are not able to figure out the value of theoret...
We introduce the Method of Simulated Quantiles, or MSQ, an indirect inference method based on quanti...
A simple, fast, and accurate method for the estimation of numerous distributions that belong to the ...
We describe a practical recipe for determining when to stop a simulation which is intended to estima...
Suppose data consist of a random sample from a distribution function FY, which is unknown, and that ...
The sparse multivariate method of simulated quantiles (S-MMSQ) is applied to solve a portfolio optim...
In both modern stochastic analysis and more traditional probability and statistics, one way of chara...
Population quantiles and their functions are important parameters in many applications. For example,...
Quantiles, which are also known as values-at-risk in finance, frequently arise in practice as measur...
In mathematical finance and other applications of stochastic processes, it is frequently the case th...
International audienceWe consider the problem of estimating the p-quantile of a distribution when ob...
Use of Bayesian modelling and analysis has become commonplace in many disciplines (finance, genetics...
this paper we study the relationship between the number of replications and the accuracy of the esti...
In this paper, we present new multivariate quantile distributions and utilise likelihood-free Bayesi...
[[abstract]]Quantile information is useful in business and engineering applications, but the exact s...
If the distribution of random variable is uknown, we are not able to figure out the value of theoret...
We introduce the Method of Simulated Quantiles, or MSQ, an indirect inference method based on quanti...
A simple, fast, and accurate method for the estimation of numerous distributions that belong to the ...
We describe a practical recipe for determining when to stop a simulation which is intended to estima...
Suppose data consist of a random sample from a distribution function FY, which is unknown, and that ...
The sparse multivariate method of simulated quantiles (S-MMSQ) is applied to solve a portfolio optim...
In both modern stochastic analysis and more traditional probability and statistics, one way of chara...
Population quantiles and their functions are important parameters in many applications. For example,...
Quantiles, which are also known as values-at-risk in finance, frequently arise in practice as measur...
In mathematical finance and other applications of stochastic processes, it is frequently the case th...
International audienceWe consider the problem of estimating the p-quantile of a distribution when ob...
Use of Bayesian modelling and analysis has become commonplace in many disciplines (finance, genetics...
this paper we study the relationship between the number of replications and the accuracy of the esti...
In this paper, we present new multivariate quantile distributions and utilise likelihood-free Bayesi...
[[abstract]]Quantile information is useful in business and engineering applications, but the exact s...
If the distribution of random variable is uknown, we are not able to figure out the value of theoret...