Device status information service architecture for condition monitoring using OPC UA

Hästbacka, David; Barna, Laurentiu; Mika, Karaila; Liang, Yiqing; Tuominen, Pasi; Kuikka, Seppo

doi:10.1109/etfa.2014.7005141

Cited by 21 publications

(5 citation statements)

References 19 publications

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“…OPC UA or IEC 62541 is concerned with integrating manufacturing equipment to information systems (IEC 62541 2015). Hästbacka et al (2014) have published an example about its application. ISA-95 or IEC 62264 has its scope in the integration of manufacturing systems with other information systems within an enterprise (IEC 62264 2013).…”

Section: Previous Work For Digitalised Information Exchangementioning

confidence: 99%

Information Exchange Architecture for Collaborative Industrial Ecosystem

Kannisto

Hästbacka

Marttinen³

2018

Inf Syst Front

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Due to the networked nature of modern industrial business, repeated information exchange activities are necessary. Unfortunately, information exchange is both laborious and expensive with the current communication media, which causes errors and delays. To increase the efficiency of communication, this study introduces an architecture to exchange information in a digitally processable manner in industrial ecosystems. The architecture builds upon commonly agreed business practices and data formats, and an open consortium and information mediators enable it. Following the architecture, a functional prototype has been implemented for a real industrial scenario. This study has its focus on the technical information of equipment, but the architecture concept can also be applied in financing and logistics. Therefore, the concept has potential to completely reform industrial communication.

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Section: Previous Work For Digitalised Information Exchangementioning

confidence: 99%

Information Exchange Architecture for Collaborative Industrial Ecosystem

Kannisto

Hästbacka

Marttinen³

2018

Inf Syst Front

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“…Compared to other protocols often used in the field, OPC-UA devices additionally offer enterprise-level security and reliability on the application level. The use of aggregating OPC-UA servers in a hierarchy discussed in [12].…”

Section: Opc Ua Server Interfacementioning

confidence: 99%

8 Application system design - Maintenance

Jantunen¹,

Karaila²,

Hästbacka³

et al. 2017

IoT Automation

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“…A machine error is generally represented by the deviation of a characteristic value from a given requirement and possibly leads to delays in the production environment [2]. To keep downtime and associated costs as low as possible, various methods for fault diagnosis exist [3,4]. In addition to the signal-based diagnosis, model-based techniques based on sensor pattern recognition become more important [5].…”

Section: Challenges and Requirements For Fault Diagnose Systemsmentioning

confidence: 99%

Intelligent Energy Profiling for Decentralized Fault Diagnosis of Automated Production Systems

Kohl

Fleischmann

Franke

2015

AMM

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The proliferation of energy management systems leads to new potentials of data acquisition that can deliver improved machine information through intelligent linking. In addition to energy controlling, the newly gotten database creates further use cases for advanced purposes. This paper presents an exemplary application of a diagnostic scenario for industrial robots. For this objective, data fusion of energy data and operating logs is necessary to obtain detailed knowledge of the behavior of a production system. Hereby, an online measurement system will be described, which helps to uncover inefficiencies in production systems.

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Device status information service architecture for condition monitoring using OPC UA

Cited by 21 publications

References 19 publications

Information Exchange Architecture for Collaborative Industrial Ecosystem

Information Exchange Architecture for Collaborative Industrial Ecosystem

8 Application system design - Maintenance

Intelligent Energy Profiling for Decentralized Fault Diagnosis of Automated Production Systems

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