Question: OM7011: HBS OM Simulation - Multi-server Queue Question 6 What was the average time in queue in minutes) for Scenario 1 using those parameters? (inter-arrival

OM7011: HBS OM Simulation - Multi-server Queue

OM7011: HBS OM Simulation - Multi-server Queue Question 6 What was the average time in queue in minutes) for Scenario 1 using those parameters? (inter-arrival time = 5 hours, mean length of stay = 16 hours, std dev inter-arrival time = 2 hours, std dev length of stay = 4 hours) Question 7 Now, run Scenario 1 again using the same parameters, except double the variability of length of stay. What is the average time in queue (in minutes)? (mean inter-arrival time = 5 hours, mean length of stay = 16 hours, std dev inter-arrival = 4, std dev of length of stay = 8) Question 8 Run Scenario 2 using the same parameters (inter-arrival time = 5 hours, mean length of stay = 16 hours, std dev inter-arrival time = 4 hour, std dev length of stay = 8 hours). What is the average time in queue for the unpooled units? Question 9 You find that clinicians in the pooled ICU are 90% as efficient as the clinicians in the unpooled ICUs. Use the same setup as in question 8 (inter-arrival time = 5 hours, mean length of stay - 16 hours, std dev inter-arrival time = 4 hour, std dev length of stay = 8 hours). From an operational (not clinical) point of view, is it still better to use a pooled ICU? (Y/N) OM7011: HBS OM Simulation - Multi-server Queue Question 6 What was the average time in queue in minutes) for Scenario 1 using those parameters? (inter-arrival time = 5 hours, mean length of stay = 16 hours, std dev inter-arrival time = 2 hours, std dev length of stay = 4 hours) Question 7 Now, run Scenario 1 again using the same parameters, except double the variability of length of stay. What is the average time in queue (in minutes)? (mean inter-arrival time = 5 hours, mean length of stay = 16 hours, std dev inter-arrival = 4, std dev of length of stay = 8) Question 8 Run Scenario 2 using the same parameters (inter-arrival time = 5 hours, mean length of stay = 16 hours, std dev inter-arrival time = 4 hour, std dev length of stay = 8 hours). What is the average time in queue for the unpooled units? Question 9 You find that clinicians in the pooled ICU are 90% as efficient as the clinicians in the unpooled ICUs. Use the same setup as in question 8 (inter-arrival time = 5 hours, mean length of stay - 16 hours, std dev inter-arrival time = 4 hour, std dev length of stay = 8 hours). From an operational (not clinical) point of view, is it still better to use a pooled ICU? (Y/N)

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