Allocation of resources for the Gaussian multiple access channel with practical partial cooperation

A novel multiple access diamond channel model

“…It is worth mentioning that transmission over a MAC with full cooperation achieves the outer bound and thus the capacity. 2,35 This means that there is no transmission scheme that can achieve better than the MAC with full cooperation. In this transmission scheme, as illustrated in Figure 4, the two relays simultaneously forward to the destination such that the achievable rate region is given by 28,36…”

“…These comparisons were completely presented in Al-qudah and Bataineh. 2 Here, the other cases are that…”

“…The proof can be simply obtained by following the transmission in the two phases, as shown before. Specifically, the subrates are shown in (2) and (12).…”

Achievable rates of Gaussian cognitive interference channel with common interference

“…At the end of this phase, due to channel degradedness, the cognitive transmitter may decode either the primary signal or the common interference signal. We note that the case of partial listening, decoding, and then encoding were studied in many different scenarios in [23, 31, 32]. In the second phase, which lasts for symbols, the cognitive transmitter can encode its signal by considering the decoded signal from the first phase as an available state.…”

Data Transmission Using Convolutional Codes and Bi-directional Soft Output Viterbi Algorithm over the Two-User Binary Adder Channel

“…By its turn, Zanko, Leshem and Zehavi [7] explore the problem of rate allocation for multicasting over slow Rayleigh fading channels using network coding, where the network is seen as a collection of Rayleigh fading MACs. Al-qudah and Bataineh [8] have addressed the Gaussian MAC in which two users may exchange their messages at first and then The Ad Hoc Associate Editor coordinating the review of this manuscript and approving it for publication was Prof. Renato Machado.…”