We describes four scheduling schemes on the predefined path in large-scale wireless networks supported by full-duplex radios. The end-to-end throughput on multi-hop path with these schemes is discussed, indicating the effect of scheduling schemes and the influence of full-duplex radios on multi-hop data transmission. We make a simulator and compare the throughput results in these schemes. Results show that the new scheduling methods may improve end-to-end throughput on multi-hop path in wireless networks moderately.

Achievable capacity in multi-hop wireless networks is seriously lower than single-hop communication. Two full-duplex nodes potentially have 2× capacity in wireless communications, compared to two half-duplex nodes. Organize the two nodes as one unit and reorganize nodes to be the units in multi-hop paths, the capacity can achieve 1× to 2× under space division simultaneous transmission mode, which is verified by analysis and simulation results.