Abstract
Synchronization of industrial network is critical to proper operation of factory automation and industrial control system. Improper synchronization may cause catastrophic failure in plat operation. The industrial networks consist of Industrial Ethernet and Fieldbus communications technologies. No single communication technology of Industrial Ethernet and Fieldbus provides complete solutions for industrial operation and hence, an industrial network may compose of multiple of these communications technologies. Each of these technologies also implements two key elements of network communications: deterministic network and real-time control. As for real-time control, synchronization of clock may vary depending upon underlying protocol(s) in use in the industrial network. Some of these technologies use proprietary time synchronization mechanisms while others use standard base technology such as PTP for precision time synchronization.
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References
Polytron. (2020). Is Ethernet deterministic? Does it matter? Polytron.
Kim, D., & Tran-Dang, H. (2019). Industrial sensors and controls in communication networks: From wired technologies to cloud computing and the internet of things. Springer.
HMS. (2020). Industrial network market shares 2020 according to HMS Networks. HMS Networks.
Profinews. (2020). PROFINET: The world’s leading industrial Ethernet solution. PI International and PI North America.
Ayllon, N. (2020). What is profinet IRT? PI North America.
Ethercat.org. (2020). EtherCAT – The Ethernet fieldbus. EtherCAT Technology Group.
EPSG. (2018). Ethernet POWERLINK communication profile specification version 1.4.0. EPSG (Ethernet POWERLINK Standardization Group).
OpenPOWERLINK. (2021). Protocol architecture. openPOWERLINK - An open source POWERLINK protocol stack.
ODVA. (2021). DeviceNet®. ODVA.
Harris, K. (2008). An application of IEEE 1588 to industrial automation. IEEE.
ProfinetUniversity. (2021). Isochronous real-time (IRT) communication. Profinet University.
Siemens. (2021). Why is hardware support required for using clock-synchronized real-time communication (IRT) in PROFINET? Siemens AG.
EtherCAT. (2020). EtherCAT – The Ethernet fieldbus. EtherCAT Technology Group.
Chen, X., Li, D., Wan, J., & Zhou, N. (2016). A clock synchronization method for EtherCAT master. Microprocessors and Microsystems, 46(Pt B), 211–218.
openPOWERLINK. (2021). POWERLINK mechanism. openPOWERLINK. Available at http://openpowerlink.sourceforge.net/web/POWERLINK/Mechanism.html
CiA. (2021). Special function protocols. CAN in Automation. Available online at https://www.can-cia.org/can-knowledge/canopen/special-function-protocols/
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Chowdhury, D.D. (2021). Synchronization for Industrial Networks. In: NextGen Network Synchronization. Springer, Cham. https://doi.org/10.1007/978-3-030-71179-5_12
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DOI: https://doi.org/10.1007/978-3-030-71179-5_12
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