A question from the advanced computer networking course. I hope for a solution as soon as possible
Posted: Sun Jul 03, 2022 9:58 am
A question from the advanced computer networking course. I hope for a solution as soon as possible
9- If the WFQ mechanism is used in scheduling the following queues. When does each packet leave the system. ((i, h) means h-th packetof the i-th queue). The weight of the i-th queue is twice the weight of the queues k, j and it must be serviced twice. The size of each input packet is specified on it. Qk Qi 3 2 N - 1 N 0 WFQ 0 1 unit/sec Arrival time Suppose the ICMP message of the Timestamp Request is sent from node A at time t = 9 relative to the clock at node A and received at node B at time t = 51 relative to clock B, and the Timestamp reply is sent from node B at time t = 53 and this answer is received in node A at time t = 31. Assuming that the departure time is 1.5x times the return time, Calculate the round trip time and the time difference between the two nodes A, B
9- If the WFQ mechanism is used in scheduling the following queues. When does each packet leave the system. ((i, h) means h-th packetof the i-th queue). The weight of the i-th queue is twice the weight of the queues k, j and it must be serviced twice. The size of each input packet is specified on it. Qk Qi 3 2 N - 1 N 0 WFQ 0 1 unit/sec Arrival time Suppose the ICMP message of the Timestamp Request is sent from node A at time t = 9 relative to the clock at node A and received at node B at time t = 51 relative to clock B, and the Timestamp reply is sent from node B at time t = 53 and this answer is received in node A at time t = 31. Assuming that the departure time is 1.5x times the return time, Calculate the round trip time and the time difference between the two nodes A, B