Sentence examples for few base stations from inspiring English sources

For clusters with few base stations, it is often sufficient to adjust only one scalar parameter in S related to the strongest base station as for (23).

Another issue arises when the indoor area is covered by only one (or few) base stations, which makes the cellular information useless or not be as helpful as expected.

Even though, for reasons of computational complexity, simulations will be confined to comparatively small scenarios containing some few base stations, we still expect to extract valuable performance indicators for coordinated multipoint reception schemes [57], accounting for practical constraints, such as, limited back-haul capacity.

These features, together with the capability of covering large areas with relatively few base stations (BSs), are fundamental to deploy effective wireless broadband network services able to support many applications, such as data exchange, audio/video streaming, and VoIP services, with different levels of quality of service (QoS) [1].

In [15], for few base station antennas, a cluster that used transmitters at three separate sites was adequate to attain most of the achievable CoMP gains (see also [16]).

This means fewer base stations are needed, reducing costs.

This allows households situated further away from the community hub to be reached using fewer base stations or a lower transmit power.

We will soon have "Wi-Fi on steroids," since these spectrum signals have much longer range than today's Wi-Fi technology and broadband access can be spread using fewer base stations resulting in better coverage at lower cost.

We have demonstrated that the propagation characteristics of UHF frequencies in TV "white space" bands can result in fewer base stations being required to illuminate a community or the required transmission power can be reduced compared to operation in Gigahertz frequency bands.

Google co-founder Larry Page was quoted saying, "'Wi-Fi on steroids,' since these spectrum signals have much longer range than today's Wi-Fi technology and broadband access can be spread using fewer base stations resulting in better coverage at lower cost".

Similarly, as in scenario 1, the downlink dose (0% UL) is drastically lowered when deploying more (lower-power) base stations (exposure-optimized) instead of fewer base stations with a higher EIRP (traditional): the reductions equal 96.3% and 98.7% for median and 95% percentile, respectively.