Sentence examples for access deployment from inspiring English sources
In [6], it is mentioned that for a typical radio access deployment, only 10% of BSs are responsible for nearly a half of the traffic, whereas 50% of the BSs handle 5% of total traffic.
We enforce the decoding of encoded packets at the next hop, since this is practically the most possible case in today's wireless access deployments.
Figure 1 Examples of an LTE radio access network deployment with fixed relay nodes.
This article considers what the minimum energy indoor access point deployment is in order to achieve a certain downlink quality-of-service.
In [8], REMs have been used to intelligently guide spectrum access for deployment of a prototype of a long-term evolution (LTE) system that opportunistically exploits the spectral white spaces in the upper ultra high frequency (UHF) TV bands.
These are states with large rural constituencies which could benefit from widespread high-speed Internet access (broadband) deployment.
In contrast to existing cellular systems, sophisticated technologies such as ultra-dense access node deployments and multi-node coordination will be supported to achieve optimum performance [43].
We study two generic family of mesh-based topologies: GPeterNet, a graph theoretic framework, and FraNtiC, a fractal geometric architecture, for arbitrary access network deployments.
Moreover, it can be easily combined with other physical layer techniques such as interference rejection combining in multiantenna base stations, paving the way for superior performance in future high-density femtocell access point deployments.
For earlier technologies, such as 2G and 3G networks as well as Wi-Fi access point deployments, relatively simple approaches based on generalized graph coloring [16] were sufficient to obtain a good performance.
A closed-access FAP deployment enables a tremendous improvement for FAP subscribers (up to 5.2 bps/Hz in 95% of 100 m2 FAP areas) but creates dead zones in all FAP areas for non-subscribers.
