Chapter 4: Introduction to Simio Modeling and Output Analysis - Consider a simple single-server queueing system with arrival rate =48 entities/hour and service rate =60 entities/hour Figure 1: Example single-server queueing system. Model Assumptions: - The arrival process is Poisson (i.e., the interarrival times are exponentially distributed and independent of each other), - The service times are exponential and independent, - Queue has infinite capacity, - The queue discipline will be First-in -First-out (FIFO), Task (1) Create the model in SIMIO, run the model for 10 hours, and then find the following performance measures of the system a) Determine the Distribution of the arrivals and the processing time b) The number of entities in the queue (average and maximum) Chapter 4: Introduction to Simio Modeling and Output Analysis - Consider a simple single-server queueing system with arrival rate =48 entities/hour and service rate =60 entities/hour Figure 1: Example single-server queueing system. Model Assumptions: - The arrival process is Poisson (i.e., the interarrival times are exponentially distributed and independent of each other), - The service times are exponential and independent, - Queue has infinite capacity, - The queue discipline will be First-in -First-out (FIFO), Task (1) Create the model in SIMIO, run the model for 10 hours, and then find the following performance measures of the system a) Determine the Distribution of the arrivals and the processing time b) The number of entities in the queue (average and maximum)