Sentence examples for multiple antenna capabilities from inspiring English sources

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

The performance obtained from providing worldwide interoperability for microwave access (WiMAX) from high altitude platforms (HAPs) with multiple antenna payloads is investigated, and the coexistence capability with multiple-operator terrestrial WiMAX deployments is examined.

Although the use of multiple antenna frequencies provided varying investigation depths and vertical resolving capabilities, optimal characterization of soil moisture conditions was obtained with high-frequency 900 MHz antennas.

The MRN uses only single wireless link to connect to DeNB, in comparison with the proposed DMR-TN system, which involves TNs for efficient estimation of measurements in a mobile environment, multiple antenna scheme to enhance the load distribution, enhanced monitoring using AMA and efficient message handling capabilities.

Consider the multiple antenna systems equipped with N T transmitter antennas and N R receiver antennas.

Within 12″ x 18″ cubes lies multiple antenna boards, each of which can hold up to 160 antennas.

The method is suitable for single transmit and receive antennas and has easy extensions to multiple antenna scenarios.

There are adaptive and non-adaptive multiple antenna techniques.

The impact of STBC multiple antenna schemes is also presented.

Multiple antenna techniques are further evolving for LTE.

Multiple antenna systems, such as Multiple-Input-Multiple-Output (MIMO), can create spatial diversity by taking advantage of multiple antennas and significantly increase the wireless channel capacity.