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Both destinations are able to decode the desired data using the relay's (hierarchical) signal (5) and the overheard HSI (6) if a proper WNC processing is employed in the system.
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We assume that the clusters are constructed in a way that the destinations are able to decode the intended message.
Note, moreover, that there is a startup phase, time slots to, in which not all destinations are able to decode a symbol.
The destinations are able to recover the corrupted packets by XORing their correctly received packets with the XORed packets received from the relay or sources.
Both the relay and the destination are able to hear.
Making use of only these pilot symbols, the destination is able to estimate the channel.
Using DFM, the destination is able to distinguish the traffic of different nodes behind an edge router.
The system is structured in such a way that each destination is able to decode its intended packet's header as well as its payload.
As can be seen in this table, only in a situation when a computer does not send spoofed source IP address packets from a valid network that the destination is able to distinguish the exact source of this traffic.
Using DFM, the destination is able to trace up to the source node of the received traffic by extracting the edge router's IP Address, NI-ID, and Node-ID from the marked packets of each flow.
As aforementioned, the message is divided into L blocks, as shown in Fig. 2. Note that after the destination receives the L-th block from the relay, the destination is able to perform backward decoding and jointly decode the messages from source and relay [8, 30].
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