PERFORMANCE OF RECONFIGURABLE ANTENNAS IN A BELOW-DECKS ENVIRONMENT

RE CONFIGURABLE  ANTENNAS:

 Re configurable antennas have been proposed for mitigating multipath interference and increasing channel capacity in wireless networks. The majority of studies which have investigated these claims do so either in simulation or through the use of software defined radios in lab or office environments.
quantifies the performance gains provided by the use of electrically re configurable antennas in the place of omn idirectional antennas given varying environmental and system configurations. Wireless  measurements for various 802.11-like physical layers were performed in a set of multi deck,

                                                                       Fig: Reconfigurable antennas


we sought to quantify the performance of a selection of physical layers using only omni directional antennas over different wireless links and environment states (i.e., opening and closing bulkhead doors).  The current study focuses on evaluating performance gains when using re configurable antennas at the transmitter node in place of omni directional antennas. These performance gains are evaluated for a selection of physical layer configurations and across multiple transmitter/receiver links.


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PERFORMANCE OF RECONFIGURABLE ANTENNAS IN A BELOW-DECKS ENVIRONMENT