to enable a receiving host to forward the data to the appropriate application
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.
both tcp and udp
That is the way the standard designed the header. They could be placed anywhere as long as everyone understood where in the packet header it was placed.
It is a TCP Header
In order to tell the difference between different data segments the transport layer assigns an identifier to an application. The TCP/IP protocols call this identifier a port number. Each software process that needs to access the network is assigned a port number unique to that host. This port number is used in the transport layer header to indicate to which application that piece of data is associated. Hope this helps!!!
• checksum • destination port • source port
The port number is random
Yes it sure can and will if the valve covers are leaking oil and the header gaskets are worn out/ leaking.
ephemeral port numbers and well known port numbers
8
Ephemeral port numbers and well-known port numbers.