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A MAC sub-layer of a sender host in a 10-Mb/s Classic Ethernet receives payload from the upper layer to send it to the destination. (i)
A MAC sub-layer of a sender host in a 10-Mb/s Classic Ethernet receives payload from the upper layer to send it to the destination. (i) Consider the case when the payload of 1200 bytes to be placed in the data field of the Ethernet frame which is shown in Figure 1.1. How long does it take for a host to transmit this Ethernet frame? Figure 1.1 (ii) Consider now the case when transmission of the frame with the payload of 40 bytes suffers 7 successive collisions. Find the collision probability after 7 collisions. Calculate the shortest and the longest waiting time (in seconds) for the transmitting stations
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