Sentence examples for transmitter environment from inspiring English sources

The recursive method by Barry et al. [9] is most commonly used for the single transmitter environment and it agrees well with experimental results.

We extended this recursive method to evaluate the impulse response suitable for the multibeam (multielement) transmitter environment and in some way it is similar to the modified recursive method developed by Sivabalan and John [31, 32].

External influences on the optical link due to atmospheric turbulence and vibrations in the transmitter's environment require some method of beam control to stabilize the optical link and maintain a high transmission rate.

Realizing that the distributed power control (PC) problem can be modeled by a timed game between a given transmitter and its environment, the authors wanted to know whether this approach can be applied to distributed PC.

Different models are used depending on the transmitter and receiver environments, including indoor-indoor, indoor-outdoor, outdoor-indoor, and outdoor-outdoor cases and also depending on their line-of-sight (LOS) or non-LOS conditions.

According to [7], the main factors of a configuration are the transmitter position and the environment type.

Shown in Figure 1 is the system model of nondirected diffuse optical wireless channel system with the proposed multibeam transmitter in an indoor environment.

The M2M pathloss exponents were estimated from RF propagation measurements in a suburban environment; the transmitter and the receiver antennas were at 1.5-meters height and they were placed on perpendicular streets at various distances from the street's intersection.

And throughout most of Africa we have an ever-growing FM distribution environment, including transmitters recently installed in Bujumbura in Burundi where we are currently experiencing a tremendous crisis.

With the increasing use of RF technologies in modern society, including the installation of mobile telephone and wireless Internet transmitters in urban environments, ambient RF levels will continue to climb.

Each mobile unit operates a transceiver comprising of a sensitive receiver and a low power transmitter operating in a wireless environment characterized by multipath propagation, fading, and access interference.