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The recent developments in self-interference (SI) cancellation techniqueshave led to the practical realization of full-duplex (FD) radios that canperform simultaneous transmission and reception. FD technology is attractivefor various legacy communications standards. In this paper, after discussingthe opportunities of FD technology at the network layer, we present across-layer aided routing protocol, termed as X-FDR, for multi-hop FD wirelessnetworks. X-FDR exploits a Physical (PHY) layer model capturing imperfection ofSI cancellation. At the medium access control (MAC) layer, X-FDR adopts anoptimized MAC protocol which implements a power control mechanism withoutcreating the hidden terminal problem. X-FDR exploits the unique characteristicsof FD technology at the network layer to construct energy-efficient and lowend-to-end latency routes in the network. Performance evaluation demonstratesthe effectiveness of X-FDR in achieving the gains of FD at higher layers of theprotocol stack.

X-FDR: A Cross-Layer Routing Protocol for Multi-hop Full-Duplex Wireless Networks