Sentence examples for cellular user in from inspiring English sources

In 1988 a group of government-owned public telephone bodies within the European Community announced the digital global system for mobile communications, referred to as GSM, the first such system that would permit any cellular user in one European country to operate in another European country with the same equipment.

Figure 1 depicts the cellular downlink between the base station and the cellular user in which a set of malicious eavesdroppers attempt to intercept the confidential message of the cellular link in a passive way.

As illustrated in Fig. 1, we consider the cellular downlink between the base station and the cellular user in which a set of malicious eavesdroppers attempt to intercept the confidential message of the cellular link in a passive way without modifying it.

Reliable positioning of cellular users in a mobile environment requires accurate resolving of overlapping multipath components.

Thus, open access is much better for neighboring cellular users, in contrast to the result for home users.

For a reference FAP at D > D th, its neighboring cellular users in the zone F o connect to the central MBS.

We considered a setup with uniformly distributed cellular users in the cell, while the D2D transmitters are distributed according to a Poisson point process.

Closed access, where only specified registered home users can communicate with the femtocell access point (FAP), appears attractive to the home user but can result in severe cross-tier interference from nearby cellular users in the uplink (see Figure1) or to nearby cellular users in the downlink.

D2D users either have their own dedicated time/frequency resources (overlay approach), which in turn leads to elimination of the cross-tier interference between the two types of users (i.e., cellular and D2D users), or they transmit simultaneously with cellular users in the same resource (underlay approach).

Next, to compare the performance of 2TS and 3TS with DIR, the system sum rate is shown as a function of the number of cellular users in Fig. 6 with 8 D2D pairs, and the system sum rate is shown as a function of the number of D2D pairs in Fig. 7 with 8 cellular users.

For a reference FAP at D > D th, since the MBS transmits a data to the neighboring cellular users in F o as well as the home users in F i, the average sum throughput of the home users is given as T h OA = ρ i T i, T c OA = ( 1 − ρ i ) T o OA, (58).