… capacity results for Gaussian channels in [23] and [45]–[53]. We study … capacity region of
a two-way linear deterministic diamond channel where the forward and the backward channel …

… 1By “inverse pentagon” with corner points a and b, we mean the region in the (R1, R2)
space that is to the “north-east” of line segment [a, b]. More specifically, this is the region …

… capacity region of the interference channel to … diamond channel, the expression for the gap
derived in [16] results in a 6-bit gap. In this paper, however, we focus on the diamond channel …

… in diamond, which offers a finer control over the channel … deposition of diamond on the top
surface (region A in the … vertical (region C in the schematic) and horizontal sidewalls (region D …

… Finally, we focus on the diamond channel with co-operative multiple access capacity
region and find the optimal rates and powers using a decomposition into inner and outer …

… channels. In this paper, we find new lower and upper bounds on the capacity of two-relay
diamond … In Section III, we present our achievable scheme and its corresponding rate-region. In …

… of capacities of a quantum channel are continuous. That is, two channels that are close with
respect to the diamond … in the interior of the nonzero capacity region is proved in Sec. 6. We …

… with our data for graphene channels with the few-micrometer … We defined the top-gate
region using EBL (NPGS controlled Leo … at the edges of the defined regions, which can lead to …

… In particular, [8] presented both lower bounds and upper bounds for the half-duplex three-node
channel. [10] studied the capacity region of two sender-receiver pairs where cooperative …

… will be interested in the capacity regions of the broadcast channel … channels induced by the
two stages of the diamond network in Fig. 2. The capacity regions of these two MAC channels …