A station running TCP/IP needs to transfer a file to a host. The file contains 1024 bytes. How many bytes, including all of the TCP/IP overhead, would be sent, assuming a payload size of 128 bytes and both systems are running IPv4? (Also assume that the three-way handshake and window size negotiation have been completed and that no errors occur during transmission.)
i) what is the protocol overhead (stated as a percentage)? [3 marks]
ii) perform the same calculation, this time assuming that both clients are using IPv6.
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Answer:A station running TCP/IP needs to transfer a file to a host. The file contains 1024 bytes. How many bytes, including all of the TCP/IP overhead, would be sent, assuming a payload size of 128 bytes and both systems are running IPv4? (Also assume that the three-way handshake and window size negotiation have been completed and that no errors occur during transmission.) i) what is the protocol overhead (stated as a percentage)? [3 marks ii) perform the same calculation, this time assuming that both clients are using IPv6.
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