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2021•Unpublished venueRequires access

Extended gateway model for OPC UA/IoT device integration

Peter Peniak, Emília Bubeníková, Alžbeta Kanáliková

Open publisher page 5 citations

Abstract

In the paper, we share our research results and experiences with the industrial integration of IoT devices and OPC UA systems, assuming it is one of major enablers for Industry 4.0 use-cases. The main focus is paid on the numerical model of integration gateway, which could enable integration of various IoT devices, embedded and constrained systems, where implementation of full-scale OPC UA protocol is not possible. The goal is to create the appropriate model for OPC UA/IoT device integrations, verify and test it with implemented integration gateway. The gateway implementation scope and testing was concentrated on OPC DA and two major IoT protocols: MQTT and COAP.

About this research paper

What this paper is about

In the paper, we share our research results and experiences with the industrial integration of IoT devices and OPC UA systems, assuming it is one of major enablers for Industry 4.0 use-cases. The main focus is paid on the numerical model of integration gateway, which could enable integration of various IoT devices, embedded and constrained systems, where implementation of full-scale OPC UA protocol is not possible. The goal is to create the appropriate model for OPC UA/IoT device integrations, verify and test it with implemented integration gateway. The gateway implementation scope and testing was concentrated on OPC DA and two major IoT protocols: MQTT and COAP.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In the paper, we share our research results and experiences with the industrial integration of IoT devices and OPC UA systems, assuming it is one of major enablers for Industry 4.0 use-cases. The main focus is paid on the numerical model of integration gateway, which could enable integration of various IoT devices, embedded and constrained systems, where implementation of full-scale OPC UA protocol is not possible. The goal is to create the appropriate model for OPC UA/IoT device integrations, verify and test it with implemented integration gateway. The gateway implementation scope and testing was concentrated on OPC DA and two major IoT protocols: MQTT and COAP.

Key concepts: MQTT, Gateway (web page), Computer science, Internet of Things, Default gateway, Scope (computer science), Embedded system, Integration platform

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