The triplet source address, destination address, and flow label is then used to identify a unique packet.
Network flows are defined using 4-tuple, i.e. source address, destination address, source port, and destination port in this paper.
Although we have used source IP address in our example, the problem also exists for other fields: destination IP address, source MAC address, destination MAC address, source Transport port, destination Transport port or any combination of the these fields.
Each entry inserted into the table has a source address, destination address, nature of request, next-hop selected list, and request time.
We implemented many parameters in the interface such as transmission duration, number of trials, source address, destination address, packet rate, packet size, LQWS, and topology setting function.
Upon reaching every node, each node can read the packet information such as sender address, destination address, and request ID determined by the originator.
As described in the "Interpretation of IPv6 header parameters" section, the triplet source address, destination address, and flow label are used to uniquely identify each packet.
Note that, by flow, we mean the sequence of packets from one particular source to a particular station, which can identify by a 5-tuple of source address, destination address, source port, destination port, and the transport protocol type.
In DTSN, a session is a source/destination relationship univocally identified by the tuple
A "flow" is defined as a set of packets that have in common the following packet header fields: source IP address, destination IP address, source port, destination port, and protocol.
Bindings are only allowed between compatible interfaces and are generally defined by a
