With the increased use of Commercial Off-The-Shelf (COTS) tools and Personal Computer (PC)-based technologies with Ethernet on Ships, Web Services are an obvious choice for future ship monitoring systems. In this paper a Health Monitoring system based on Web services technology for a high speed vessel application will be described. The work has been investigated and implemented within the FLEXICON project (IST-2001-37269) at the University of Sheffield. In order to automatically generate the code for the Health Monitoring two code generators tools (Java and VHDL) are utilised. The process of using these tools and the implemented templates (Fault Detection, Isolation and Accommodation functionality in Java and VHDL, Control algorithms in C wrapped in Java) supporting the code generators is described. The system design tool adopted by FLEXICON is the ARTiSAN RtS, a commercial Unified Modelling Language (UML) tool developed for the design of real-time systems. The high speed vessel was modelled in this tool and from this the Java and VHDL code was generated. Consistency and traceability checking were also implemented into the Java/VHDL code generation tools. These verify the class specifications against the application requirements. Once the health monitoring application is generated in Java, the compiled Java classes can be invoked by the Health Monitoring Web service. The tools used to implement the Web service are also described. Finally, the Health Monitoring was tested within the FLEXICON Marine co-simulation environment.
Web Service based Health Monitoring for a Marine application
Internetbasierte Überwachungstechnik für die Schifffahrt
2005
11 Seiten, 10 Bilder, 10 Quellen
Aufsatz (Konferenz)
Englisch
Schiffsantrieb , Hochgeschwindigkeit , Überwachungstechnik , verteiltes System , Java (Programmiersprache) , VHDL (VHSIC-Beschreibungssprache) , C (Programmiersprache) , UML (Unified Modeling Language) , Regelalgorithmus , Gasturbine , Wasserstrahl , Internet , Datenübertragung , Drehzahl , Temperatur , Schiffsverkehr
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