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Question 4: Total time required for an incoming packet to router A to be transmitted to the next router (router B) is ca
Posted: Sat May 14, 2022 4:31 pm
by answerhappygod
- Question 4 Total Time Required For An Incoming Packet To Router A To Be Transmitted To The Next Router Router B Is Ca 1 (38.02 KiB) Viewed 38 times
Question 4: Total time required for an incoming packet to router A to be transmitted to the next router (router B) is calculated by the following formula: d(nodal) = d(processing) + d(queue) + d(transmission) + d(propagation) - Assume that the packet length is 2 Kbyte, and each packet needs 0.3 milliseconds to get processed. If the transmission rate at router A is 800Kbps and the length of the cable between router A and router B is 500 Km, calculate the total time required for a packet in router A to be transmitted to router B in milliseconds. Suppose d(queue) is O and propagation speed is 2*108 m/sec. (10 points)