Consider IPv4, each IP address + a port number gives a unique connection (referred to as...
Consider IPv4, each IP address + a port number gives a unique connection (referred to as Internet socket). If 1/4 of the bits in the port field (16 bits) of the TCP header is fixed for certain reason, how many unique connections can be formed?
Homework Answers
4095 unique connections can be formed.
Port has 16 bits - out of which 4 are made constant - assume just as subnet - hence remaining bits that can change are 16-4 = 12 bits.
No. of hosts possible are 2^12 = 4096 = 4095 hosts.
-1 since they start from zero in numbers.
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Consider IPv4, each IP address + a port number gives a unique
connection (referred to as...
Consider IPv4, each IP address + a port number gives a unique connection (referred to as...
Consider IPv4, each IP address + a port number gives a unique connection (referred to as Internet socket). If 1/4 of the bits in the port field (16 bits) of the TCP header is fixed for certain reason, how many unique connections can be formed?
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The IPv6 addresses are followed by a % sign and a number; for example, %5 follows...
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12. The combination of the source and destination IP addresses and the source and destination port numbers is known as a socket. What is a socket used for? 13. Label the following port number ranges. _0 to 1023 1024 to 49151 49152 to 65535 14. What DOS command can be used to see which active TCP connections are open and wing on a networked host? 15. Why is dividing application data into segments necessary 16. Labelcach of the following delivery...
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