Therefore in the study of wireless networks, one important performance measure is the capacity of the network when the effects of interlink interference are considered.
Table 2 Relative performance improvements on the life time of the network when our PCAC algorithm is used Maximum hops For 7-node network 9-node 15-node One-hop 86 93 85 Two-hops 234 313 256 Three-hops 366 46366366
After illustrating the dynamic and self-organizing network control process, we are interested in comparing the performance of the network control methodology when we include the Morse potential for the characterization of the backbone-to-terminal links.
The overall aim is to provide an improved understating of the performance of SWRO networks when specific requirements on boron levels in the system need to be met.
The information theoretic limits to the performance of such networks when employed to communicate sensor measurements are analysed, and shown to compare favorably with the best possible choice of communication scheme.
As a result, coexistence issues on unlicensed bands have been the subject of extensive research, and in particular, it has been shown that IEEE 802.11 networks can significantly degrade the performance of Zigbee/802.15.4 networks when operating on overlapping frequency bands [1].
As a result, coexistence issues in unlicensed bands have been subject of extensive research [2, 3], and in particular, it has been shown that IEEE 802.11 networks [4] can significantly degrade the performance of Zigbee/802.15.4 networks when operating in overlapping frequency bands [3].
One should check the time gaps between request and response, or acknowledgement response and normal response when the performance of the network degrades because of delays.
Numerical results confirm the good performances of the designed networks when patterns are affected by different kinds of noise.
Scalability: refers to the capability of the systems or the networks for adding several MNs when needed without affecting the performance of the network.
