Sentence examples for message split from inspiring English sources

You can use "Slide Over", which brings in a slim version of an app for quick access, if you just want to write an email or send a message; "Split View", which puts two fully-functioning apps side-by-side; and on videos you can click the little button in the bottom-right corner of the screen to send it into picture-in-picture mode.

By adjusting the message split and the power allocation to the common and private messages, RS has the ability to softly bridge the two extreme of fully treat interference as noise and fully decode interference.

In this section, we will describe the vector bin-and-cancel scheme used to show the achievability in Lemma 2. In vector bin-and-cancel, we use Han-Kobayashi [16] style common-private message splitting with a simple power splitting.

The key to the optimal performance is a vector bin-and-cancel strategy leveraging Han-Kobayashi message splitting, which is shown to achieve the system capacity region to within a constant bit.

Hence, in the asymptotic DMT characterization, the optimal DMT with CSIT can be achieved by vector bin-and-cancel which only requires CSIT of the interference channel between the up- and downlink nodes since the uplink message splitting depends on the interference channel.

Therefore, each message is split in an average number of 10 data packets.

The message is split into L blocks—note that the relay is one block delayed compared to the source.

The cover message is split into and, then the embedded message is processed by an entropy decoder according to the conditioned probability distribution.

For the latter case, we employ a simple encoding scheme based on the XOR operation: a message is split into two parts, A and B, with A being sent on the first channel, B on the second and A⊕B on the third, where ⊕ denotes a bit-wise XOR operation.

Then, the collection of user messages was split into two different datasets, leaving 75% for training (with a total of 63,067 messages) and 25% (21,023 messages) for testing.

The network was based on a radically different architecture known as packet switching, in which messages were split into multiple "packets" that traveled independently over many different circuits to their common destination.