动态适应IEEE 802.11e优先级以提高无线网络离散控制系统的时间性能和安全性

G. Habib, J. Pétin, T. Divoux
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引用次数: 4

摘要

本文研究的是离散控制系统,其实现分布在通过无线网络通信的设备之间。在这些应用中使用无线通信,称为无线网络离散控制系统(WNDCS),提供了许多优点,但网络的不确定性行为可能对控制应用的时间性能和安全性产生负面影响。本文主要研究WNDCS通过IEEE 802.11e进行通信。为了提高WNDCS的服务质量和安全性,提出了一种根据控制状态调整流通信优先级的算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dynamic adaptation of IEEE 802.11e priorities for improving temporal performance and safety of a Wireless Networked Discrete Control system
This paper deals with Discrete Control Systems whose implementation is distributed among devices communicating through a Wireless Network. The use of wireless communication in these applications, called Wireless Networked Discrete Control System (WNDCS), offers many advantages, but the undeterministic behaviour of the network may have a negative impact on the temporal performance and safety of the control applications. This paper focuses on WNDCS communicating through IEEE 802.11e. It presents an algorithm that adapts the flow communication priorities according to the control states in order to increase the WNDCS quality of service and safety.
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