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AutomationML (Automation Markup Language) is an XML based data format for the exchange of plant engineering information. Its mission is to interconnect engineering tools of different disciplines, e.g. process, mechanical or control engineering. AutomationML enables the vendor independent storage of interlinked engineering data that is usually distributed into different engineering tools. This enables...
This contribution presents the basic architecture of the neutral data format AutomationML developed by the companies Daimler, ABB, Siemens, Rockwell, Kuka, Zuhlke, netAllied and the universities of Magdeburg and Karlsruhe. AutomationML serves for the data exchange between manufacturing engineering tools and therefore supports the interoperability between them. It covers information about the plant...
This contribution investigates the topic ldquovirtual commissioningrdquo from an industrial point of view and proposes an evolutionary and realistic technical concept for the introduction of virtual commissioning environments. Main points of this paper are the identification and formulation of industrial requirements for the introduction of a virtual commissioning environment, a proof of commercial...
This contribution presents the usage of an abstract data exchange format for an automatic configuration of a production monitoring and control system. The automatic configuration procedure re-uses already existing engineering information stored in a standardized and system-independent data format like CAEX. Standard data formats enable - beside the possibility of reaching a transparent engineering...
This contribution describes how disturbances in a control system can be isolated and diagnosed automatically based on plant topology. In order to demonstrate this, a prototype software has been designed and implemented which, when given an electronic process schematic of a plant and results from a data-driven analysis, allows the user to pose queries about the plant and to find root causes of plant-wide...
The design of the basic control of a chemical plant is mainly based on the P&IDs (pipe & instrumentation diagrams) of the plant. These diagrams, which are complemented by further documents, contain the information which is needed to specify the sensors, actuators, and the binary and continuous control functions in between to run the plant at steady state and to ensure its safe operation. In...
The design of the basic control of a chemical plant is mainly based on the P&IDs (pipe & instrumentation diagrams) of the plant. These diagrams, which are complemented by further documents, contain the information which is needed to specify the sensors, actuators, and the binary and continuous control functions in between to run the plant at steady state and to ensure its safe operation. In...
The design of the basic control of a chemical plant is mainly based on the P&IDs (pipe & instrumentation diagrams) of the plant. These diagrams, which are complemented by further documents, contain the information which is needed to specify the sensors, actuators, and the binary and continuous control functions in between to run the plant at steady state and to ensure its safe operation. In...
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