Book name: basic queueing theory dr. jnos strike

subject name: Performance Evaluation of Info communication Networks

solve this question using basic queueing theory systems

13. l [Bathroom Queue] It is well known that women spend twice as long in the restroom on average as men.3 That said. the waiting time. Tq. in the women's line seems much longer than twice that in the men's line. Is this an illusion or reality? Model the women's line as an MIMI! queue with arrival rate A and sender: rate p. Model the men's line as an M! l queue with arrival rate A and service rate 2p. Derive the ratio E [quwnen E [qumm as a function of load ,0 = f\": in the wmnen's queue. What is the lowest value of this ratio? What is the highest