Hi all,
First time poster. I've been playing around in ARIS for a while and am now keen to start looking at ARIS simulation and wondered if anyone had some time to help me through creating a very simple example that I can build upon.
Scott.
Hi all,
First time poster. I've been playing around in ARIS for a while and am now keen to start looking at ARIS simulation and wondered if anyone had some time to help me through creating a very simple example that I can build upon.
Scott.
Dear Scott,
Search for Simulation on ARIScommunity.com using Google provides you with plenty of starting points:
https://www.google.de/webhp?sourceid=chrome-instant&ion=1&espv=2&ie=UTF-8#q=simulation%20site%3Aariscommunity.com
I'd start with the video clip "How to analyze and optimize processes using Simulation" and then try it by yourself:
http://www.ariscommunity.com/videos/how-analyze-and-optimize-processes-simulation
Cheers
Rune
Okay, I have built a little EPC model to get things started. I have an X gateway that leads to two options but I'm stuck on how to assign a probability of say 80/20 to each of the functions following the X gateway?
I've tried a few things without luck as the simulation seems to be working on "processing time sum" and im not sure where it's getting that from?
Scott.
Dear Scott,
In the demo database "United Motor Group" you can find models ready to get simulated, including probabilities. Search for the models named "Receipt of goods" or "Car loan application". Both should be prepared for simulation.
Cheers
Rune
The ARIS Help also includes quite a lot of information.
Information about the configuration of XOR rules can be found in the topic "Special topics and functions > Simulation > Modeling > ARIS models > How do process folders pass through a simulated process in ARIS models? > How does an exclusive process pass (XOR split) work?".
Information about the processing time and other types of times relevant for simulation can be found in the topic "Special topics and functions > Simulation > Modeling > Valuable information > What times are relevant to the simulation?".