Relay-Destination (RD) link is selected for transmission. The MMRS implementation with buffers of finite size is subsequently also discussed. Another work that adopts MMRS is [@IKH3] which aims to recover the half-duplex loss by adopting successive transmissions. As the proposed topology aims to mimic full-duplex relaying, different relays are selected in the same time slot. However, relays are considered isolated and the effect of inter-relay interference is ignored, while relay buffers are never considered to be full or empty. Also, outage performance is examined for a fixed rate and the achieved capacity for adaptive rate. Krikidis *et al.* [@KRICHAR] proposed the $\maxlink$ protocol, which allows all the SR and RD links to enter the competition for the best link through which a signal will be transmitted, thus providing additional freedom in the scheduled transmissions at each time slot. Adaptive link selection, but for a single relay setup, is proposed by Zlatanov *et al.* in [@ZLAadapt]. The performance potentials of the buffer-aided relaying concept are further investigated in [@ZLA2], where the authors show that half-duplex relaying with storage capabilities outperforms ideal full-duplex relaying. Although most of the studies refer to one-way relaying, the work in [@LIU] studies the employment of buffers 