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Performance evaluation of stream control transport protocol over IEEE 802.11ac networks

机译:IEEE 802.11ac网络上流控制传输协议的性能评估

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WiFi is currently the most widely used communication standard over wireless LAN. Facing the trend that broad band and networking quality are emphasized, the IETF SIGTRAN working group and IEEE 802.11standards working groups proposed a new-generation communication protocol, stream control transmission protocol (SCTP) and wireless LAN communication standard, IEEE 802.11ac/VHT for transport layer and data-link layer. We wish the bandwidth of WLAN can reach Gbps level transmission performance to fulfill user's requirement towards service quality of wireless communication. Although SCTP and IEEE 802.11ac are emerging communication protocols designed to increase wireless communication quality, there have not been related researches conducting performance analysis on the two communication protocols. The results confirm that SCTP provides a better transmission performance than the traditional transmission control protocol (TCP). Furthermore, applying SCTP over IEEE 802.11ac results in a faster and more stable network environment. Consequently, SCTP and IEEE 802.11ac play key roles in realizing the vision of broadband transmissions in the digital convergence era.
机译:WiFi是当前最广泛使用的无线局域网通信标准。面对强调宽带和网络质量的趋势,IETF SIGTRAN工作组和IEEE 802.11standards工作组提出了一种新一代通信协议,流控制传输协议(SCTP)和无线LAN通信标准,即IEEE 802.11ac / VHT。传输层和数据链路层。我们希望WLAN的带宽能够达到Gbps级别的传输性能,以满足用户对无线通信服务质量的要求。尽管SCTP和IEEE 802.11ac是新兴的通信协议,旨在提高无线通信质量,但尚未进行有关对这两种通信协议进行性能分析的相关研究。结果证实,SCTP提供了比传统传输控制协议(TCP)更好的传输性能。此外,在IEEE 802.11ac上应用SCTP可以实现更快,更稳定的网络环境。因此,在数字融合时代,SCTP和IEEE 802.11ac在实现宽带传输的愿景中起着关键作用。

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