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3. See tab "q3" for your numbers. A two-server queuing system has enough space for four customers waiting to be served.
Posted: Mon May 30, 2022 5:07 pm
by answerhappygod
- 3 See Tab Q3 For Your Numbers A Two Server Queuing System Has Enough Space For Four Customers Waiting To Be Served 1 (35.48 KiB) Viewed 17 times
- 3 See Tab Q3 For Your Numbers A Two Server Queuing System Has Enough Space For Four Customers Waiting To Be Served 2 (22.14 KiB) Viewed 17 times
3. See tab "q3" for your numbers. A two-server queuing system has enough space for four customers waiting to be served. The arrival process is Poisson with a rate of lambda customers per hour for n ≤ 6. The service process is exponential with a mean service time of service time minutes for each server. This is a "by hand"
question. a) Draw the rate diagram for this system. b) Calculate the steady-state probabilities for this system. c) Determine the values of L, La, W, Wa d) What is the utilization factor for this system? What is the meaning of this number? e) Suppose that the arrival rate increases is multiplied by 50? Would this system still reach steady-state? Why/why not? (This is a logical
question, not a computer-based
question.)
ERATIONS RESEARCH II - 1 immer 22.xlsx B C lambda service time 7.4 7.3 5.9 7 7.5 7.4 4.5 6.2 6,8 26 24 21 29 15 17 30 18 29 D E LL F