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An adaptive error control approach for reliable industrial automation networks

机译:可靠工业自动化网络的自适应误差控制方法

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The need of developing reliable industrial automation networks has increased to a great extent due to the transmission of hard real time control packets over error prone wireless channels. This paper focuses on error control approaches to satisfy strict reliability requirements of industrial automation control applications. In this paper, some of the state of art error control approaches are critically analysed and a novel adaptive error control approach ASM-HARQ is proposed. ASM-HARQ is an adaptive HARQ approach that uses both FEC and ARQ to recover the errors present in each encoding unit which is sub-MSDU. Simulation results show that ASM-HARQ outperforms other MAC layer error control approaches through its ability to satisfy reliability requirements even for time critical applications.
机译:由于易于易于无线无线通道的误差实时控制分组的传输,开发可靠的工业自动化网络的需要在很大程度上增加了很大程度上。本文重点介绍了满足工业自动化控制应用的严格可靠性要求的误差控制方法。在本文中,提出了一些艺术误差控制方法的状态,并且提出了一种新的自适应误差控制方法ASM-HARQ。 ASM-HARQ是一种自适应HARQ方法,它使用FEC和ARQ来恢复作为子MSDU的每个编码单元中存在的错误。仿真结果表明,ASM-HARQ通过其满足可靠性要求的能力,甚至是时间关键应用程序的能力。

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