burgersim's Introduction

burgerSim

COSC2336 - Lab 5

1 - Design an interactive simulation for a hamburger stand:

There are 1 thru N serving lines (10 maximum)
Customers arrive at the rate of 0 to M customers per minute and goes to the shortest queue
Customers wait until they are serviced (take X minutes median time)
Simulate to T hours 2 - Read from command line the values N and M and and X and T - Prompt if missing and after the 1st pass 3 - Run the simulation using the Java random number generator to generate customers and their order processing time
Use Normal / Gaussian distribution for service time, centered on X 4 - Keep track of:
Average queue length
Average customer wait time to be served
Maximum queue length
Maximum customer wait time
How often the queue is empty
How often a customer is served AFTER a customer that came after him 5 - At the end of each simulation, display statistic for the run 6 - Loop (step 2-6) simulating until user asks to stop

Hints:

Create a small ADT called Customer - Each instance should keep trach of: arrival time, departure time, ...
Use book provided ADT when needed
Create your own queue ADT - Do not use built-in
Use either time-driven or event-driven simulation
Run the simulation with 3 times with different input such:

One simulation shows a store with sometimes empty queue (Off-peak time)
One simulation shows a arrival rate about the same as departure rate (Desired maximum efficiency)
One simulation shows a gradual lengthling of the queue (Peak time)

Turn in a report & your .java code

Professional looking report
Describe the simulation you have done in details, explaining all the choices you selected
Provide introduction, data, graphs, explaination, summary, credits

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