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FM-MAC: A novel MAC protocol for in-band full-duplex systems that use multipacket reception

机译:FM-MAC:用于使用MultiPacket接收的带内全双工系统的新型MAC协议

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This paper proposes a new random access Medium Access Control (MAC) protocol, named as Full-duplex Multipacket reception Medium Access Control (FM-MAC), which jointly uses In-band Full-Duplex (FDX) and MultiPacket Reception (MPR) techniques. The protocol was designed to maximize the spectral efficiency by combining the FDX doubling potential and the MPR capability to handle interference due to concurrent transmissions. A cross-layer approach was followed: FM-MAC selects the transmission mode and defines the transmission power to maximize throughput, guaranteeing a minimal bandwidth for mobile terminals (MTs) that cannot use FDX. The performance was evaluated using simulations with 10 MTs, which studied the influence of the load in different combinations of FDX and half-duplex (HDX) MTs. The results show that replacing HDX MTs for FDX increases the throughput 33% and reduces the delay, as long as, the system does not enter into saturation.~1
机译:本文提出了一种新的随机接入介质访问控制(MAC)协议,名为全双工多件接收介质访问控制(FM-MAC),该访问控制(FM-MAC),该访问控制(FM-MAC),它共同使用带内的全双工(FDX)和多耦接收(MPR)技术。该协议被设计为通过组合FDX加倍电位和MPR能力来最大化光谱效率,以处理由于并发传输引起的干扰。遵循交叉层方法:FM-MAC选择传输模式并定义传输功率以最大限度地提高吞吐量,以保证不能使用FDX的移动终端(MT)的最小带宽。使用10 MTS的模拟评估性能,该模拟研究了FDX和半双工(HDX)MTS不同组合的负载的影响。结果表明,更换HDX MTS for FDX会增加吞吐量33%并减少延迟,只要系统不进入饱和度。〜1

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