… access diamond channel where the multiple access channel from the two relay nodes to the
destination node is Gaussian. We call this channel … N-relay diamond network,” IEEE Trans. …

… consider the multiple access diamond channel where the multiple access channel from the
… We call this channel model the Gaussian multiple access diamond channel. We first obtain …

… In the sequel, we will be interested in the broadcast channel induced by the first stage of
the diamond network in Fig. 2. Here, the relays act as destinations for N independent messages …

… diamond networks, in which the channel gain from the source u to the relay vn is √g and
the channel … be extended to asymmetric diamond networks, in which the channel gains (gn)N …

… The capacity of Gaussian diamond networks with n relays is … the capacity of two-relay diamond
networks with an orthogonal BC and … For diamond networks with a binary adder MAC, we …

… of the N-relay diamond network within 3.6 bits/s/Hz when all channel gains in the first and …
is only limited to the the case of equal channel gains, we show that the rate achieved by this …

… The problem of finding the capacity of this network is … relay networks, and the capacity of
Gaussian relay networks has been … a class of diamond networks where the broadcast channel is …

… single-user channel in [18], a channel with two … access channel with no CSI at the transmitters
[22]. The optimized tradeoff between the QoS and network coverage in a multicast network …

… MIMO channel; Section V formulates the combinatorial problem for the N-relay diamond
network; Section VI proves our main result and Section VII considers arbitrary diamond networks …

… is a cascade of two channels: the broadcast channel where the source … of diamond network
and MAC with conferencing to study the effect of relay conferencing on such networks. A key …