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Path loss for the outdoor-to-indoor channel in an urban environment is examined for the application of urban telecommunications in the UHF band. The path loss exponent and link availability for different receiver locations from within an urban office building to the outdoor urban environment are compared. This is useful for urban communication applications.
In this paper, we will analyze how different amount of receiver side information (RSI) available at the receivers of a broadcast channel will affect the overall network throughput. Two transmission schemes, namely random linear network coding (RLNC) and round robin scheduling (RRS), are considered. Taking into account the differing amount of RSI available at each receiver, closed-form expressions...
In this paper, we consider a wireless multicast network with multiple sources, relays, and destinations. We adopt a multi-hop decode-and-forward relay protocol such that two canonical subnetworks are relevant, namely broadcast channel with receiver side information (BC-RSI) and orthogonal multiple access channel with correlated sources and receiver side information (MAC-CS-RSI). A joint network and...
In this paper, a joint network and channel coding (JNCC) strategy with retransmissions is proposed for two canonical network elements, broadcast channel with receiver side information (BC-SI) and orthogonal multiple access channel with correlated sources (MAC-CS). By extending the derived results for BC-SI and orthogonal MAC-CS to a multi-hop wireless network with multiple sources and multiple destinations...
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