This document discusses converting a conceptual model into a simulation model. It covers structural elements like entities, locations, and resources that represent physical system components. Operational elements define how components interact through routings, arrivals, movement, scheduling, and downtime. Miscellaneous issues in modeling include rare occurrences, large-scale models, and cost modeling. The goal is to simplify reality while representing how a system operates based on data gathered in the conceptual model.
1. Reza Gilang Pramono 112100025
Anisah Nurjulianti 112100165
M Febreyhan Akbar 112100183
Lingga Aditya 112104244
2.
Introduction
Converting a Conceptual Model to a Simulation
Model
Structural Elements
Operational Elements
Miscellaneous Modelling Issues
Mind Map
3.
Modelling is more than knowing how to use a
simulation software tool.
Modelling is considered an art or craft as much as a
science
Introduction
4.
The Conceptual Model is the result of the data-
gathering effort and is a formulation in one’s mind of
how a particular sistem operates
Building a simulation model requires that this
conceptual be converted to a simulation model
Converting a Conceptual Model to a
Simulation Model
5.
Modelling Paradigms
A Modelling Paradigm determines the particular
“World View” that one should have when modelling a
system
Model Definition
A Model is a simplified representation of reality with
emphasis on the word simplified
Converting a Conceptual Model to a
Simulation Model
6.
Model objects represents the structural elements in a
system such as machines, people, work areas. Simple
object classification in ProModel:
Entities
Locations
Resource
Paths
Structural Elements
7.
Define the behaviour of the different physical elements in
the system and how they interact
Routings
Entity Operations
Entity Arrivals
Entity and Resources Movement
Accessing Locations and Resources
Resource Scheduling
Downtime and Repairs
Operational Elements