A distributed space-time block code (STBC) based on a decode-and-forward (DF) protocol is
proposed for two-path successive relaying. By making the two relay nodes transmit and …

In this paper, a balanced space-time block coding method for cooperative relay networks is
proposed which guarantees full diversity for any number of mobile relays with minimal delay …

A fast-decodable distributed space-time block code (STBC) is proposed for a two-path
successive relay network that can achieve both full diversity and full transmission rate. The …

This paper proposes the distributed space-time block code (D-STBC) over frequency
selective fading channel that achieves both spatial diversity gain and low decoding …

Distributed space time coding (DSTC) is an efficient way to exploit spatial diversity for
cooperative system. In regular cooperative diversity networks, relays forward the source …

In this paper, we study the design of Distributed Space-Time Coding (DSTC) for two-way
relay networks, where two users have bidirectional communication in the presence of two …

Wireless relay has recently gained a lot of interest in the research community. It was
suggested to use space-time block codes in the cooperative relaying system to increase the …

Two-path successive relaying has recently been proposed as a mechanism for recovering
the multiplexing loss of conventional relay networks; however, the full diversity cannot be …

Successive relaying is a bandwidth‐efficient scheme in cooperative networks. In this study, a
novel distributed space‐time coding (DSTC) transmission scheme for a two‐path successive …

Cooperation diversity schemes employing space-time block coding (STBC) techniques have
been proposed for wireless networks to increase systems capacity and coverage, by …