Sentence examples for beamformer and the basic from inspiring English sources

For the beamforming, a new scheme is proposed that outperforms the standard ZF beamformer and the basic access scheme.

The ergodic capacity of the ZF beamformer and the basic IEEE802.11s access scheme is derived to analytically measure the gain of employing beamforming techniques in IEEE802.11s networks.

We derive the ergodic capacity of the ZF beamformer and the basic IEEE802.11s access scheme and simulate the performance of the various schemes.

In addition, we propose the signal-to-jamming-noise ratio (SJNR) beamformer and show that it significantly improves the spatial-reuse gain compared to the simple zero-forcing (ZF) beamformer and the basic IEEE802.11s access scheme.

In addition, we propose the SJNR beamformer and show that it significantly improves the spatial-reuse gain compared to the simple ZF beamformer and the basic IEEE802.11s access scheme.

Secondly, we propose the signal-to-jamming-noise ratio (SJNR) beamformer to balance the interference and signal quality of the intended receiver, and show that it significantly improves the spatial-reuse gain compared to the simple ZF beamformer and the basic IEEE802.11s access scheme.

Figure 7 displays the capacity of the ZF and SJNR beamformers and the IEEE802.11s basic access scheme when varying the distance (d) between the two relay STAs.

Consequently, the capacity improvement for both the ZF and SJNR beamformer over the basic scheme is higher at d = 60 than for d = 100.

The curves ZF vs. Basic access and SJNR vs. Basic access indicate the capacity improvement of the ZF and SJNR beamformers over the basic IEEE802.11s access scheme.

Figure 6 Capacity gain improvement from the zero-forcing ( ZF ) and signal-to-jamming noise ratio ( SJNR ) beamformers over the basic IEEE802.11s access scheme.

Moreover, the SJNR beamformer outperforms the ZF scheme by more than 10% and the basic IEEE802.11s access scheme by up to 85%.