Such nodes are characterized by a measure called "node centrality".
However, the two connections from the same client may be initiated by a different software client.
Moreover, the setting of the data rate (based on the MCS configuration) in the multicasting scenario is dictated by constrains imposed by the critical client nodes of a multicast transmission, i.e. the most interference-prone client nodes within the multicast group.
The probability equations for different types of communication (BFD, TNFD, and HD) are derived by using the packet arrival rate (PAR) at AP for the nodes and the packet generation rate (PGR) by clients or nodes.
For this purpose, measurements may only be performed by critical client nodes.
At the conclusion of iteration k, when a new base station is added to the schedule, we determine whether its multicast transmission can be effectively received by client nodes that are currently not associated with it.
(6) The base station with the highest weight metric β is then elected for addition to the schedule compiled (at this iteration k) for the current time slot t. (7) At the conclusion of iteration k, when a new base station is added to the schedule, we determine whether its multicast transmission can be effectively received by client nodes that are currently not associated with it.
In avoiding the use of such combining operations, the scheduling mechanisms developed in this article ensure each multicast transmission to be successfully received by all identified client nodes at targeted error rates, and thus at acceptable signal-to-interference-and-noise ratio (SINR) levels.
Two communities are adjacent by a weighted link if a node in one community is connected to at least one node in the other community.
This consists of four entities: users who are pre-authorized by a destination server, overlay nodes deployed across multiple Internet domains, the destination server, and an ODON client that is installed in clients' equipments.
