Sentence examples for deploying these RSs from inspiring English sources

Since the cost of deploying these RSs should be low by definition, the cooperative strategy that they can implement in practice is restricted to single-layer DBF with limited channel feedback information at the transmitter side.

Our purpose is to investigate how to deploy these RSs with proper fusion rules so that satisfying detection performance and energy efficiency can be achieved.

You're deploying these on a battlefield.

Murakami deploys these icons in torrential abundance.

How I deploy these resources is critical.

Many plants are not able to deploy these mechanisms effectively.

By deploying RSs on the boundary between two adjacent cells, the service-interruption time caused by inter-cell handover is reduced.

In this article, we propose two deployment strategies, namely, HDS and DDS to deploy finite RSs to achieve a higher expected detection probability with low energy consumption to satisfy the target detection performance in RSN.

Figures 6 and 7 elucidate that deploying RS significantly improves the system coverage in a corporate hotspot scenario (for both indoor and outdoor users), as the outage rate is higher for both relay-assisted transmissions (based on network-MIMO and BDZF-TDMA) compared to the results achieved in a transmission without relays (direct network-MIMO).

One effective and promising way to meet the traffic demands is to deploy relay stations (RSs) in the traditional cellular networks, as a means to increase coverage, throughput, and reliability [1].

The peripheral region is an annular area of width 1/3R; every 120 degrees deploys one RS; the users located in the annular area are served by the RS.