Bandwidth usage and network latency in a conveyor system with Ethernet-based communication between controllers

Bandwidth usage and network latency in a conveyor system with Ethernet-based communication between controllers

Switched Ethernets are increasingly being used in industrial applications such as the control of conveyor systems and the synchronization of axles in complex machinery. The timely delivery of control messages is a central concern in these applications. We show how a queueing model was used to predic...

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Hauptverfasser: Bondi, A.B., Simon, C.S., Anderson, K.W.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Axles
Bandwidth
Communication switching
Communication system control
Control systems
Delay
Electrical equipment industry
Ethernet networks
Industrial control
Machinery
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Simon, C.S.
Anderson, K.W.
description Switched Ethernets are increasingly being used in industrial applications such as the control of conveyor systems and the synchronization of axles in complex machinery. The timely delivery of control messages is a central concern in these applications. We show how a queueing model was used to predict traffic flow and delay in the control networks of a conveyor system. The model indicates that the anticipated level of bandwidth usage will be low on even the most heavily loaded links, and that the resulting end-to-end message latencies will be quite small.
doi_str_mv 10.1109/PACRIM.2005.1517212
format Conference Proceeding
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Axles
Bandwidth
Communication switching
Communication system control
Control systems
Delay
Electrical equipment industry
Ethernet networks
Industrial control
Machinery
title Bandwidth usage and network latency in a conveyor system with Ethernet-based communication between controllers
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