If both host support Selective acknowledgements, it is possible for the destination to acknowledge bytes in noncontiguous segments, and the host would only need to retransmit the missing data
UDP
The original data stream is broken into pieces, called "segments"; each segment is numbered (numbering is by bytes, not by segments). Other header information is added too, for example, the origin and destination port numbers.The original data stream is broken into pieces, called "segments"; each segment is numbered (numbering is by bytes, not by segments). Other header information is added too, for example, the origin and destination port numbers.The original data stream is broken into pieces, called "segments"; each segment is numbered (numbering is by bytes, not by segments). Other header information is added too, for example, the origin and destination port numbers.The original data stream is broken into pieces, called "segments"; each segment is numbered (numbering is by bytes, not by segments). Other header information is added too, for example, the origin and destination port numbers.
forces the retransmission of unacknowledged packetscarries the IP address of the destination host in the TCP headeris responsible for breaking messages into segments and reassembling them at their destination
Window size
a sequence number allows the transport layer functions on the destination host to reassemble segments in the order in which the were transmitted
The server adds the source and destination IP address to each segment header to deliver the packets to the destination.
it formats messages in segments it reassembles messages at the destination it creates a virtual circut between end user applications
Segments of equal length are congruent segments.
congruent segments are the same segments.
This depends entirely on the size of the original message, the MTU used, and whether or not windowing of segments is allowed.
Because religions are just different paths in realizing the supreme. Hinduism, Islam, Christianity - Many paths, one destination.
The answer to, "Segments that have the same length" Is Congruent Segments!