Question: Host A and Host B send each a packet to Host C at the same time. In router R, the packet from A is forwarded
Host A and Host B send each a packet to Host C at the same time. In router R, the packet from A is forwarded right away to Host C while the packet from B has to wait in the queue. Consider same packet length for host A and B, L=1500 bytes. The bitrate in all links is R1=R2=R3=10Mbps. The length of all links is the same d1=d2=d3=1km. The propagation speed in all links is s1=s2=s3=2.5*10^8 m/s. Ignore the processing delay in the router. What is the end-to-end delay suffered by the packet sent by Host
B?
Consider the figure below: MOST A LINK ROUTER LINK HOST LINK 2 HOSTB Consider the figure below: MOST A LINK ROUTER LINK HOST LINK 2 HOSTB
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