Sentence examples for relaying communications from inspiring English sources

The job of relaying communications for Antarctic scientists is now shared by several other aging TDRS satellites and NOAA's GOES 3 satellite, launched in 1978.

The expressions of EASE metric and SRCndx index for DF relaying communications with interference management schemes are derived in the "Effective area spectral efficiency for DF relaying communications" section.

SRCndx is used to validate the communication possibility between a source and a relay for given transmission parameters in a given environment and provides information about the necessity of using relaying communications.

SRCndx is used to validate the communication possibility between a source and a relay for given transmission parameters in a given environment and then provides information about the necessity of using relaying communications.

In this paper, we introduce a new metric, namely, effective area spectral efficiency (EASE), to quantify the spectral efficiency as well as the spatial properties of point-to-point transmission systems and decode and forward (DF) relaying communications networks with interference management.

Fig. 1 The total affected area in DF relaying communications: a the total affected area, b the intersection of the covered area by the source and the covered area by the relay, c the lens area that is included in the covered area by the relay, d the lens area that is included in the covered area by the source.

They were meant to relay communications in near-real-time from InSight to Earth as the spacecraft screamed through the Martian atmosphere.

Similarly, work on a planned launch late this year of an unmanned spacecraft to orbit around Mars and study its atmosphere was given an "emergency exception" to the shutdown on the grounds that it will be needed to relay communications from two unmanned vehicles already on the surface of Mars.

Relayed communications for each user will be used if the user is located in the area covered by the relay only.

Practical situations where such assumption could apply: (1) users are close, such as they are within the range of WLAN, Bluetooth, and so forth, (2) for eNB to Relay communications where the relays play the role of users; Relays could be assumed to be deployed as a kind of meshed sub-network and therefore able to cooperate in receiving over the downlink MIMO channel.

Relaying accurate communications about the nature of the disease and prevention in an era of "fake news" and "alternative facts" could be the greater challenge.