ExtendSim Exchange by Imagine That Inc.

I am working on the car wash discrete event model in ExtendSim. When I change the parameters between a normal and exponential distribution my results change and I do not understand why.

I think it has something to do with the mean of each distribution? I'm kind of lost.

Yea sorry didn't mean to make it seem like I wanted someone to do it for me. Just an idea of what all I have to do. I THINK I have a starting point. I'll use the Discrete Event Quick Start Guide and see if I can make some progress.

I am new to modeling and don't know where to start in ExtendSim. PLEASE HELP. Create a simple, discrete event model and simulation to represent a system responding to calls for fires. Explore the implications regarding system design and develop insights from analysis of model output. We propose use ...

Hi could you help with a problem I have? I will make a new post.

ceciledamiron wrote: ↑

Thu Dec 14, 2017 9:37 am

Hello,

Please look at the model I attached.
It is one option to solve your problem.

Cecile

Setting: Battle of Little Bighorn Assumptions: Consider the 7th Cavalry (B) and the Sioux forces (R) to be homogenous cavalry forces - initial strengths as given in the article: Custer had 675 men, and there were 5,000 Sioux warriors. Assume the battle follows the Lanchester square law without reinf...

Setting: Battle of Little Bighorn Assumptions: Consider the 7th Cavalry (B) and the Sioux forces (R) to be homogenous cavalry forces - initial strengths as given in the article: Custer had 675 men, and there were 5,000 Sioux warriors. Assume the battle follows the Lanchester square law without reinf...

Setting: Battle of Little Bighorn Assumptions: Consider the 7th Cavalry (B) and the Sioux forces (R) to be homogenous cavalry forces - initial strengths as given in the article: Custer had 675 men, and there were 5,000 Sioux warriors. Assume the battle follows the Lanchester square law without reinf...