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When R has an adequate number of coded packets, it recodes its received packets without decoding them and transmits the re-encoded packets to the BS.
Leon's voice is deceptively rich; it messes constantly with its received intent.
The relay then processes its received signal and transmits it back to the end nodes.
The relay scales its received signal and broadcasts it to all users in the next time slot.
In CF relaying, the relay sends a quantized version of its received signal and transmits it to all destinations.
In the second time interval, relay amplifies its received signal and retransmits it to the destination node.
When the DF protocol is used, the relay decodes its received signal and checks if it is correct.
The relay decodes its received signal and checks if it is correct, which can be done by examining the SNR or checking the cyclic redundancy check (CRC) codes.
In DF relaying, the relay terminal decodes its received signal and then re-encodes it for transmission to the destination [1-4].
Now, if destination D 3 adds its received signals over the two time slots, it recovers its intended signal as depicted in Fig. 3.
If destination D 3 adds its received signals over the two time slots, it recovers the same signal as Fig. 4d.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com