Virtual Laboratory for Simulation and Gaming
Supply Chain Risk Pooling Decision Using Simulation
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Theory
Problem Description
Model Description
Simulation flowchart
Procedure
Simulator
Reference
Assignment
Self Evaluation
Feedback
Demand
Mean:
Standard_Deviation:...
Initial Inventory
Centralized
Warehouse:
Retailer's:
Intransit_to_Retailer:
Intransit_to_WH:
Decentralized
Retailer's:
Intransit_to_Retailer:
Lead Time
Centralized.
To_Warehouse:
To_Retailer:
Decentralized
To_Retailer:
Examples
Example 1
Example 2
Example 3
Graph Type
Varying Holding Cost
Varying Lead Time
Varying Inventory policy
RUN TRIAL
RESET
Inventory Policy
Centralized
Retailer:
x(Mean)+
x(SD)
Warehouse:
x(Mean)+
x(SD)
Decentralized
Retailer:
x(Mean)+
x(SD)
Costs
Cost_per_item:
Price_per_item:
Holding_Cost_fraction:.
Simulation parameter
Number_of_Simulation:
Output
Centralized
Profit:
Service_Level:
Decentralized
Profit:
Service_Level:
Detailed Result
Centralized
Net_Demand:
Revenue:
COGS:
Holding_Cost:
Decentralized
Net_Demand:
Revenue:
COGS:
Holding_Cost:
