Sentence examples for message exchanging scheme from inspiring English sources

Figure 2 illustrates the modified message exchanging scheme proposed.

Unlike previous approach of devoting a channel for control message exchanges, the scheme presented in Kondareddy and Agrawal (2008) assumes that each CR user is equipped with two transceivers to perform channel sensing (named listening radio) and data transmission (named data radio).

In[5], an inter-relay cooperation scheme allowing message exchanges among the relays was presented in order to mitigate the impact of error propagation of R-relays.

Instead of using message exchange between MUE and HeNB, this scheme can be easily implemented without the requirement of strict synchronization between the MUE and the interfering HeNB. Figure 5 Notification of interfered MUE to HeNB over the air.

In general, the downlink phase corresponding to the (n−1 th message uploaded to the relay is performed during the same time slot as the uplink phase of the next nth message; consequently, the number of slots required to exchange N messages is N+1 and so, when N becomes large, the scheme accomplishes the message exchange between all terminals in the Y-network using only one time slot on average.

The formation of orthogonal convex polygons is done through a labeling scheme based on iterative message exchanges among neighboring nodes.

To achieve the objective of reducing overhead, we propose novel dual-threshold scheme and event-driven message exchange to share the bandwidth information in the neighborhood, which indeed is the motivation behind this work.

The proposed scheme has reduced the amount of message exchanged in the cluster construction.

Therefore, the number of authentication message exchanged is not a performance limiting factor in our scheme and the authentication does not increase the duration of the actual handover.

For relays with a few hundred antennas, the proposed scheme with only one time slot per message exchange is feasible.

Our scheme consists firstly of a hierarchical architecture based on message exchanges between Radio Resource Agent (RRA) at the Base Stations (BS) and Radio Resource Controller (RRC) which controls a cluster of BSs.