2012 · 53 citations · 8 references
EngineeringCloud ComputingSystems EngineeringAutomationCloud MigrationSystems ArchitectureData MigrationIndustrial AutomationIndustrial Cyber-physical SystemsMigration StrategyProcess AutomationSystems IntegrationAutomation ArchitectureData ProcessingIndustrial Automation SystemsIndustrial Control SystemsProcess Automation ArchitectureScada SystemsService MigrationService-oriented Architecture Migration
The paper identifies challenges associated with migrating SCADA and DCS functionality to a service‑based automation architecture. The paper discusses the procedure for migrating SCADA and DCS functionality from ISA‑95 to a service‑based automation architecture and proposes the necessary migration technology and procedures. The migration is implemented using a mediator concept and a four‑step functionality‑based procedure—initiation, configuration, data processing, and control execution. The authors argue that these four steps are essential for successfully migrating DCS and SCADA functionality into the automation cloud.
The procedure of migrating SCADA and DCS functionality of the ISA-95 process automation architecture to a Service based automation architecture is discussed. Challenges in such migration are discussed and defined. From here the necessary migration technology and procedures are proposed. The critical migration technology is based on the mediator concept. The migration procedure is based on a functionality perspective and comprises four steps: initiation, configuration, data processing and control execution. Its argued that these steps are necessary for the successful migration of DCS and SCADA functionality in to the automation cloud.
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SODA: Service Oriented Device Architecture
Scott de Deugd, Ray Carroll, Kerry E. Kelly et al. · IEEE Pervasive Computing · 2006 · 211 citations