Determine the maximum closed-loop control delay in switched industrial Ethernet using network calculus

Qizhi Zhang, Yunze Cai, Danying Gu, W. Zhang
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引用次数: 6

Abstract

To guarantee a deterministic transfer delay for cyclic control data in switched industrial Ethernet, the IEEE 802.1p queuing feature is introduced into Ethernet switches and source nodes, which gives real-time data the priority to access network resources. And simultaneously a leaky bucket regulator is also introduced into source nodes to constrain the traffic entering into the network, which prevent acyclic data from deteriorating the switch temporal behavior. Then the maximum closed-loop control delay for cyclic control data is determined based on network calculus
用网络演算确定交换工业以太网的最大闭环控制延迟
为了保证交换工业以太网中循环控制数据的确定性传输延迟,在以太网交换机和源节点中引入IEEE 802.1p排队特性,使实时数据优先访问网络资源。同时在源节点中引入漏桶调节器来约束进入网络的流量,防止无循环数据恶化交换机的时序行为。然后基于网络演算确定循环控制数据的最大闭环控制时延
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