… -interference (SI). However, the signal processing latency at FD relay due to SI cancellation,
referred to as relaying … end-to-end latency for an FD relay system, addressing physical layer …

… in the relay station receiving signals from two terminals concurrently exchanging data in the
two-way relaying system. … Typically, eg, in device-to-device (D2D) or WiFi communications, …

… connect to the closest BS which differs from the model considered in this paper where devices
are ”free” to choose any relay node within the source-destination range. In contrast to the …

… effects of cochannel interference for cell-edge devices can be … SI mitigation is done by the
relay station. In this article, the … RDI cancellations, our proposed scheme that deploys FD relay …

… There will be no interference in and between cellular and D2D communications as SM is
invoked both at BS and D1. So, interference cancellation techniques are not needed at the …

… As a result, the relaying technique using partial relay … secondary relay applies an interference
cancellation technique to … Then, the selected relay uses digital network coding to send XOR…

… only device to device communication. Meanwhile, in [21], a deep neural … interference
cancellation, baseband block diagonalization scheme, and water-filling power allocation method …

… It is assumed that the interference at D from RJ can be eliminated by using interference
cancellation [30] since the coefficient hjd and the jamming power PJ are presumed to be …

… for a device-to-device (D2D) communication which optimizes … complexity due to multiple
interference cancellation. A dynamic … system depending upon the channel conditions of the relay …

… , mitigation, and cancellation of Interferences play a critical … system, multiple wireless and
digital communication devices … A relay station selection algorithm designed with adaptive IRI …