Sentence examples for cellular radio networks from inspiring English sources

It can overcome interference limitations in cellular radio networks and also provide coverage gains.

The location of base stations (BS) and the allocation of channels are of paramount importance for the performance of cellular radio networks.

Different factors contribute to the performance aspects such as network traffic, bandwidth, computing devices, and the wireless signals between the mobile devices and nearby base stations of cellular radio networks.

PCL can naturally use its network structure of transmitters of opportunity, e.g. TV and DAB broadcasting and cellular radio networks, various GNSS systems, which makes FS PCL even more attractive in comparison with a single or chained dedicated FSR.

The training sequence parallel detection technology could be a 'perspective instrument' for GSM cellular radio network.

So, this new measuring technique method can be supplied for the depth profiling of cellular radio network coverage and interference.

Jain et al. (2008) developed a handoff priority-based channel allocation scheme for the cellular radio network based on the channel sub-rating with balking, reneging and buffer.

We consider a cellular radio network as described in Figure 1 where users are attempting to communicate during a downlink transmission, subject to mutual inter-cell interferences.

The GSM cellular radio network's coverage, interference, network structure, and frequency plan could be analyzed, evaluated, and optimized more efficiently, objectively, and precisely based on this new technology.

In order to appropriately plan a mobile cellular radio network it is necessary to allocate channels to base stations (BS) so as to ensure that the network can carry sufficient traffic while avoiding interference problem [12].

These measurement data could be used to analyze the coverage and interference condition between co-channel cells precisely, which could provide scientific basis to the high efficient optimization of the TD-SCDMA cellular radio network.