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Performance Analysis of IEEE802.11ac DCF Enhancement for VHT with Frame Aggregation

机译:带帧聚合的VHT的IEEE802.11ac DCF增强性能分析

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IEEE 802.11ac standard has brought several significant improvements compared to its predecessor IEEE 802.11n. It managed to break the Gigabits barrier with a combination of both refining older techniques and presenting new ones. The new enhancements such as channel bonding, beamforming, frames aggregation and finer modulation allow Wireless Local Area Networks (WLAN) the use of Very High Throughput (VHT). The physical layer (PHY) data rates are in the range of Gbps in the 5 GHz band. But the variety of releases and options available for this standard has left many ambiguities regarding its real capabilities. The Medium Access Control layer (MAC) throughput is influenced by several factors, causing the MAC efficiency to decrease. In this paper we present a performance analysis in the VHT with frame aggregation for different access mechanisms, different channels and different modulation schemes.
机译:与以前的IEEE 802.11n相比,IEEE 802.11ac标准带来了许多重大改进。它通过完善旧技术和展示新技术的组合,成功突破了千兆位的壁垒。通道绑定,波束成形,帧聚合和更精细的调制等新增强功能使无线局域网(WLAN)可以使用超高吞吐量(VHT)。在5 GHz频带中,物理层(PHY)数据速率在Gbps范围内。但是,该标准的可用发行版和选件种类繁多,对其实际功能造成了许多歧义。介质访问控制层(MAC)吞吐量受多个因素影响,从而导致MAC效率降低。在本文中,我们针对不同的访问机制,不同的信道和不同的调制方案,在具有帧聚合的VHT中进行了性能分析。

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