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Monte Carlo Methods for Applied System Scientists

The name Monte Carlo Method generally applies to various applications of pseudo random number generators to get information about mathematical expressions. I like to focus on uncertainty examination of mathematical models, which consist of a few analytic functions or numeric solutions to differential equations. That is, what i need. :-) This list is by no means complete, main purpose is to share my experiences with this special subject and therefor i will include my personal comments.

First search using the internet was done 12/13.6.1997. The second after reading the NCRP Commentary No.14 (see below) after the 5th of september 1997.

Introductions and Linklists

Free Software

  • MCSim Monte Carlo Simulation Software(leave) Package written in C, which can solve systems of ODEs numerical, run monte carlo analysis on numerical or analytical models and can do Markov Chain Monte Carlo simulations in batch mode. It is Free Software covered by the GNU General Public License and should run on any platform for which a C-compiler, like GNU`s gcc is available. You can also get it from an GNU Software Archive. This seems so be quite usable for my tasks so far.

Write your own?

Many numeric libraries do have support for various random generators and could be used to write own monte carlo programs. The same holds for general mathematic programs, like Mathematica, Maple or MuPAD.

Proprietary, Commercial Software

Some proprietary commercial products are available, which often offer the monte carlo methods together with spreadsheets or decision support systems. It is called usually "RiskAnalysis" in this context. (;

Support Statistic Software

If you want to apply monte carlo methods, you do need statistical support functionality to get the input distributions right and to interpret the results. The range of software is broad here. Some packages have several statistic functions integrated, others rely on external programs. For completeness i link only to statist(oneway), which is small tool for standard statistical tasks. It is free software and I use it.
[This subject really demands a separate page.]

Other; mentioned in NCRP Commentary No. 14

The NCRP(leave) Commentary No. 14 titled "A Guide For Uncertainty Analysis in Dose and Risk Assessments Related to Environmental Contamination"(leave) from may 1996 mentiones a few other Monta Carlo Simulation tools apart from Cristal Ball and @Risk i mentioned above. Here are the references i found on the web, it all looks quite old:
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