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Filipe Ennes Ferreira, Monteiro, F. A. & Ivo Sousa (2016). Full-Duplex MIMO and PLNC for the Y-Network. 18th Mediterranean Electrotechnical Conference (MELECON -1016). -, ---

F. E. Ferreira et al.,  "Full-Duplex MIMO and PLNC for the Y-Network", in 18th Mediterranean Electrotechnical Conf. (MELECON -1016), Limassol, vol. -, pp. ---, 2016

@misc{ferreira2016_1766668063473,
	author = "Filipe Ennes Ferreira and Monteiro, F. A. and Ivo Sousa",
	title = "Full-Duplex MIMO and PLNC for the Y-Network",
	year = "2016",
	howpublished = "Digital",
	url = "http://melecon2016.org"
}

TY  - CPAPER
TI  - Full-Duplex MIMO and PLNC for the Y-Network
T2  - 18th Mediterranean Electrotechnical Conference (MELECON -1016)
VL  - -
AU  - Filipe Ennes Ferreira
AU  - Monteiro, F. A.
AU  - Ivo Sousa
PY  - 2016
SP  - ---
CY  - Limassol
UR  - http://melecon2016.org
AB  - This paper considers a multi-way wireless network with three terminals which want to exchange or share data with the help of a relay: each terminal has some information that wants to transmit to the other two. The traditional way of doing this exchange either involves time-domain multiplexing (TDMA) or dedicated frequency-domain disjoint channels, at the expense of high bandwidth inefficiency. With the advent of network coding, and later physical-layer network coding, it became possible to reduce the number of time slots required to exchange the information between all the terminals. Moreover, using multiple-input multiple-output (MIMO) terminals and relays, the time-usage efficiency can be further boosted by transferring the burden from the time-domain to the spatial-domain via spatial multiplexing. This paper proposes the concatenation of the aforementioned techniques along with loopback interference cancellation, which recently became a central topic for the next generation of the physical-layer of wireless communications. The paper shows a protocol and techniques that allow all the information exchange between terminals to be reduced from the 6 time-slots, required in traditional TDMA, to one time-slot only, provided that the information packets are not too short. The error performance of this system is shown by means of simulation using MIMO Rayleigh fading channels.
ER  -