We consider the problem of random variate generation from generalized inverse Gaussian (GIG) distribution. The CDF of this distribution does not admit an explicit form, so the standard approach to simulation based its inverse is not the right tool for this problem. Instead, we follow the rejection simulation method, based on the probability density function, which is given explicitly for this distribution. We study the efficiency of this method, and identify an optimal numerical procedure within this framework
In order to carry out the simulation, we need a source of random numbers distributed according to th...
International audienceStatistical researchers have shown increased interest in generating of truncat...
Monte-Carlo methods are widely used numerical tools in various fields of application, like rarefied ...
The generalized inverse Gaussian distribution has become quite popular in financial engineering. The...
When we want to grasp the characteristics of the time series signals emitted massively from electric...
The paper proposes a method for computer sampling from the inverse Gaussian distribution with parame...
This contribution deals with the Monte Carlo simulation of generalized Gaussian random variables. Su...
In this paper, we propose a new methodology to generate random variables distributed according to a ...
Simulation has become a modern-day tool that helps us study many systems that its results could not ...
Abstract. This chapter provides a survey of the main methods in non-uniform random variate generatio...
This contribution deals with Monte Carlo simulation techniques for generalized Gaussian random varia...
International audienceStatistical researchers have shown increasing interest in generating truncated...
Work has been done in generating random variates of some distributions for simulation purposes. A su...
We present a numerical inversion method for generating random variates from continuous distributions...
In order to carry out the simulation, we need a source of random numbers distributed according to th...
International audienceStatistical researchers have shown increased interest in generating of truncat...
Monte-Carlo methods are widely used numerical tools in various fields of application, like rarefied ...
The generalized inverse Gaussian distribution has become quite popular in financial engineering. The...
When we want to grasp the characteristics of the time series signals emitted massively from electric...
The paper proposes a method for computer sampling from the inverse Gaussian distribution with parame...
This contribution deals with the Monte Carlo simulation of generalized Gaussian random variables. Su...
In this paper, we propose a new methodology to generate random variables distributed according to a ...
Simulation has become a modern-day tool that helps us study many systems that its results could not ...
Abstract. This chapter provides a survey of the main methods in non-uniform random variate generatio...
This contribution deals with Monte Carlo simulation techniques for generalized Gaussian random varia...
International audienceStatistical researchers have shown increasing interest in generating truncated...
Work has been done in generating random variates of some distributions for simulation purposes. A su...
We present a numerical inversion method for generating random variates from continuous distributions...
In order to carry out the simulation, we need a source of random numbers distributed according to th...
International audienceStatistical researchers have shown increased interest in generating of truncat...
Monte-Carlo methods are widely used numerical tools in various fields of application, like rarefied ...