Develop and then explain a strategy for synchronizing the data inputs to the two systems

so that corresponding entities in the two systems experience the same arrival time and

the same service time as they pass through the systems. $(15$ pts$)$

B$.$ Conduct terminating simulation experiments on the two systems to investigate if there is

a difference in average delay in queue experienced by customers. Use the Arena Output

Analyzer to implement the paired t$-$tests that are required. Conduct the tests with and

without using the $$common random numbers$$ procedure to see if the procedure makes

a significant difference in this problem. $(15$ pts$)$

Develop the models with following characteristics:

Interarrival Times: Exponentital $(1)$; Service Times: Exponential$(1\mathrm{.}6)$;

Run Duration: $200$; Number of Runs: $100$; Intital Conditions: Empty and Idle