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Estimating maximum and minimum delays for wireless discrete networked control systems

机译:估计无线离散网络控制系统的最大和最小延迟

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The automation architecture consists of actuators, sensors, programmable logic controllers (PLC) and monitoring systems. Some research focuses on how to replace the communication between those entities from wired to wireless communication taking in consideration the industrial constraints, given the advantages of this kind of communication. To study the performance of the wireless network system, this paper presents an approach for estimating the maximum and minimum delays for each traffic of a wireless network in the worst case. Influence of the maximum number of retransmission parameter is studied on the estimated delay and on the packet loss rate. Our results are compared and analyzed with simulated ones obtained with the tool OPNET.
机译:自动化体系结构包括执行器,传感器,可编程逻辑控制器(PLC)和监视系统。考虑到工业通信的局限性,一些研究集中在考虑到工业限制的情况下,如何将这些实体之间的通信从有线通信替换为无线通信。为了研究无线网络系统的性能,本文提出了一种在最坏的情况下估计无线网络每个业务的最大和最小延迟的方法。研究了最大重传参数数量对估计延迟和丢包率的影响。我们的结果将与使用工具OPNET获得的模拟结果进行比较和分析。

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