DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure

Continuing the evolution towards Industry 4.0, the industrial communication protocols represent a significant topic of interest, as real-time data exchange between multiple devices constitute the pillar of Industrial Internet of Things (IIoT) scenarios. Although the legacy protocols are still persis...

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Autores principales:	Alexandru Ioana, Adrian Korodi
Formato:	article
Lenguaje:	EN
Publicado:	MDPI AG 2021
Materias:	interoperability Industry 4.0 industrial internet of things industrial protocols OPC UA DDS Chemical technology TP1-1185
Acceso en línea:	https://doaj.org/article/df6786535c99405b89a423e33c5e2178
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spelling	oai:doaj.org-article:df6786535c99405b89a423e33c5e21782021-11-25T18:59:07ZDDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure10.3390/s212277601424-8220https://doaj.org/article/df6786535c99405b89a423e33c5e21782021-11-01T00:00:00Zhttps://www.mdpi.com/1424-8220/21/22/7760https://doaj.org/toc/1424-8220Continuing the evolution towards Industry 4.0, the industrial communication protocols represent a significant topic of interest, as real-time data exchange between multiple devices constitute the pillar of Industrial Internet of Things (IIoT) scenarios. Although the legacy protocols are still persistent in the industry, the transition was initiated by the key Industry 4.0 facilitating protocol, the Open Platform Communication Unified Architecture (OPC UA). OPC UA has to reach the envisioned applicability, and it therefore has to consider coexistence with other emerging real-time oriented protocols in the production lines. The Data Distribution Service (DDS) will certainly be present in future architectures in some areas as robots, co-bots, and compact units. The current paper proposes a solution to evaluate the real-time coexistence of OPC UA and DDS protocols, functioning in parallel and in a gateway context. The purpose is to confirm the compatibility and feasibility between the two protocols alongside a general definition of criteria and expectations from an architectural point of view, pointing out advantages and disadvantages in a neutral manner, shaping a comprehensive view of the possibilities. The researched architecture is meant to comply with both performance comparison scenarios and interaction scenarios over a gateway application. Considering the industrial tendencies, the developed solution is applied using non-ideal infrastructures to provide a more feasible and faster applicability in the production lines.Alexandru IoanaAdrian KorodiMDPI AGarticleinteroperabilityIndustry 4.0industrial internet of thingsindustrial protocolsOPC UADDSChemical technologyTP1-1185ENSensors, Vol 21, Iss 7760, p 7760 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	interoperability Industry 4.0 industrial internet of things industrial protocols OPC UA DDS Chemical technology TP1-1185
spellingShingle	interoperability Industry 4.0 industrial internet of things industrial protocols OPC UA DDS Chemical technology TP1-1185 Alexandru Ioana Adrian Korodi DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure
description	Continuing the evolution towards Industry 4.0, the industrial communication protocols represent a significant topic of interest, as real-time data exchange between multiple devices constitute the pillar of Industrial Internet of Things (IIoT) scenarios. Although the legacy protocols are still persistent in the industry, the transition was initiated by the key Industry 4.0 facilitating protocol, the Open Platform Communication Unified Architecture (OPC UA). OPC UA has to reach the envisioned applicability, and it therefore has to consider coexistence with other emerging real-time oriented protocols in the production lines. The Data Distribution Service (DDS) will certainly be present in future architectures in some areas as robots, co-bots, and compact units. The current paper proposes a solution to evaluate the real-time coexistence of OPC UA and DDS protocols, functioning in parallel and in a gateway context. The purpose is to confirm the compatibility and feasibility between the two protocols alongside a general definition of criteria and expectations from an architectural point of view, pointing out advantages and disadvantages in a neutral manner, shaping a comprehensive view of the possibilities. The researched architecture is meant to comply with both performance comparison scenarios and interaction scenarios over a gateway application. Considering the industrial tendencies, the developed solution is applied using non-ideal infrastructures to provide a more feasible and faster applicability in the production lines.
format	article
author	Alexandru Ioana Adrian Korodi
author_facet	Alexandru Ioana Adrian Korodi
author_sort	Alexandru Ioana
title	DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure
title_short	DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure
title_full	DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure
title_fullStr	DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure
title_full_unstemmed	DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure
title_sort	dds and opc ua protocol coexistence solution in real-time and industry 4.0 context using non-ideal infrastructure
publisher	MDPI AG
publishDate	2021
url	https://doaj.org/article/df6786535c99405b89a423e33c5e2178
work_keys_str_mv	AT alexandruioana ddsandopcuaprotocolcoexistencesolutioninrealtimeandindustry40contextusingnonidealinfrastructure AT adriankorodi ddsandopcuaprotocolcoexistencesolutioninrealtimeandindustry40contextusingnonidealinfrastructure
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DDS and OPC UA Protocol Coexistence Solution in Real-Time and Industry 4.0 Context Using Non-Ideal Infrastructure

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