Thread Subject: performing monte-carlo integration

Subject: performing monte-carlo integration

From: Pete sherer

Date: 11 Mar, 2009 18:55:03

Message: 1 of 2

Hi,

I have an empirical joint density function of a 2 variates (X1 and X2). Also I have another function that is a function of x1 and x2. I can do the numerical integration to convolve the 2 types of information. My question is that
Are there ways to simulate joint realizations of X1 and X2 following the empirical density function?

Thank you for any hints you provide in advance.
Pete

Subject: performing monte-carlo integration

From: Peter Perkins

Date: 11 Mar, 2009 20:14:35

Message: 2 of 2

Pete sherer wrote:

> I have an empirical joint density function of a 2 variates (X1 and X2). Also I have another function that is a function of x1 and x2. I can do the numerical integration to convolve the 2 types of information. My question is that
> Are there ways to simulate joint realizations of X1 and X2 following the empirical density function?

You haven't said what kind of empirical density estimate you have. The answer might be, "resample from your data", or it might be "resample from your data and add some bivariate normal noise", or it might be something else, depending on what you have.

Hope this helps.

Tags for this Thread

Everyone's Tags:

Add a New Tag:

Separated by commas
Ex.: root locus, bode

What are tags?

A tag is like a keyword or category label associated with each thread. Tags make it easier for you to find threads of interest.

Anyone can tag a thread. Tags are public and visible to everyone.

Tag Activity for This Thread
Tag Applied By Date/Time
monte carlo int... Sorin Vlad 11 May, 2009 16:16:58
rssFeed for this Thread
 

MATLAB Central Terms of Use

NOTICE: Any content you submit to MATLAB Central, including personal information, is not subject to the protections which may be afforded information collected under other sections of The MathWorks, Inc. Web site. You are entirely responsible for all content that you upload, post, e-mail, transmit or otherwise make available via MATLAB Central. The MathWorks does not control the content posted by visitors to MATLAB Central and, does not guarantee the accuracy, integrity, or quality of such content. Under no circumstances will The MathWorks be liable in any way for any content not authored by The MathWorks, or any loss or damage of any kind incurred as a result of the use of any content posted, e-mailed, transmitted or otherwise made available via MATLAB Central. Read the complete Terms prior to use.

Contact us at files@mathworks.com