Sentence examples for multiple antenna networks from inspiring English sources

With the fact that the multiple antenna technique will be adopted as one of the key enabling technologies for the next generation wireless communication systems, the importance of understanding the fundamental performance of cognitive multiple antenna networks becomes increasingly evident [15 18].

Recently, a cross-layer design employing multiple antenna techniques and network coding called MIMO network coding was proposed.

Like multiple antenna systems, relay networks increase channel capacity under the same bandwidth constraints and with no additional power consumption.

In this paper, we present distributed cooperative and regret-matching-based learning schemes for joint transmit power and beamforming selection for multiple antenna wireless ad hoc networks operating in a multi-user interference environment.

Efficient exploitation of multiple antenna capabilities in ad hoc networks requires carefully designed cross-layer techniques.

In this paper, we have investigated the impact of number of antennas, CCI, and feedback delay on the performance of interference-limited dual-hop multiple antenna CSI-assisted AF relaying networks with arbitrary TAS/MRC.

To the best of our knowledge, the evaluation of the application of multiple antenna technique to cognitive cooperative networks has not been reported in the literature from a networking point of view.

In this article, we propose a low-complexity joint power allocation and route planning algorithm for multiple antennas wireless sensor networks using dynamic programming.

The use of multiple antennas in wireless networks has been of worldwide interest, and the resulting innovative techniques such as beamforming, single-user multiple-input multiple-output (MIMO), and multiuser MIMO (also named space-division multiple access (SDMA)) have been developed.

COSTBCs, in comparison, achieve the maximum diversity gain with linear decoding complexity (similar to [14 21]) in a multi-hop network with multiple antenna equipped nodes, even though they do not have the single symbol decodable property.

They provide spatial diversity because the terminals in a relay network form virtual multiple antenna systems.