Annerose Braune

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  • A. Braune
  • 2007
Web services in automation systems usually use XML technology for data exchange functions. Actual Web browsers include XML functionality already as standard and therefore they are very promising candidates for implementing monitoring and operating functions of Web services. But Web browsers typically incorporate only a subset of Web technologies and their(More)
OPC UA XML Web services mapping offers a Web service interface to access process data. Web services use XML technology for data exchange. Present-day Web browsers include XML functionality already as a standard feature, they are therefore very promising candidates for the implementation of monitoring and operating functions for industrial processes.(More)
This paper presents the combination of two distinct model driven HMI engineering approaches. Together they setup a complete toolchain that lays the basis for the model driven (semi)automatic generation of flexible, multi-platform HMIs for process industries. The two approaches are autoHMI which derives a concrete UI design from Computer Aided Engineering(More)
In model-based user interface development, models at different levels of abstraction are used. While ideas may initially only be expressed in more abstract models, modifications and improvements according to user's feedback will likely be made at the concrete level, which may lead to model inconsistencies that need to be fixed in every iteration.(More)
Current visualization systems in industrial automation mostly rely on dedicated runtime environments making the migration of visualization solutions from one platform to another almost impossible. On the other hand, an increasing number of different platforms has to be used also in industrial automation, to monitor or to operate the technical process. We(More)
The XML based modeling language of graphical user interfaces for visualization systems in automation, XVCML, has been developed to ensure the consistency of visualization solutions in the fast-moving field of consumer technology. Until now, it only provides modeling elements for visualization of real time process data and the necessary communication(More)
Model transformations are the linking element between the different levels of abstraction in the model-based user interface development. They map source elements onto target elements and define rules for the execution of these mappings. Approaches for the reuse of transformation rules use formal transformation models, which only specify the mappings and(More)