… relays for two antenna modes at relay, N self-interference channel at N relays, and 2N
channels from N relays to the destination for two antenna modes at relay. These CSIs need to be …

… and receive filters of the multi-antenna full duplex relay systems in order to remove self
interference while achieving twice higher throughput than the half duplex relay systems. The …

… In this article, we explore various sophisticated techniques for self-interference mitigation
and cancellation within multi-antenna in-band full-duplex relays of compact size suitable for …

… processing; c) an AF FD relay system model is presented, with multiple transmit and multiple
receive antennas at the relay as well as a multi-antenna base station. The residual SI after …

… of FD relays is how to deal with self-interference (SI), which happens when the FD relay receives
… However, introducing WEH in FD relays causes a significant change in facing SI since it …

… and-forward (AF) relay system with adaptive self-interference (SI) … The SI at FD relay is not
necessarily canceled as much as … Yang, “Multi-antenna beamforming techniques in full-duplex …

… In this section the relaying algorithms are described. We will be considering the following
two-way relaying algorithms for a multi-antenna RS: BAT relaying and ZF relaying. The focus of …

… non-regenerative relay station (RS). While the conventional multi-way relaying requires 2N
… the nodes of different pairs and a self-interference canceler at each node. The performance …

… self-interference for an SISO FD-AF relay can be found in [15], of which extension to a
multiantenna FD-AF relay … However, the effect of the non-zero residual self-interference mainly …

… , isolation can be achieved using separate transmit and receive antennas, exploiting
propagation loss for transmit-to-receive isolation, or through more complicated multi-antenna …