Track 4: Service-oriented Software Architectures
Service-oriented software architectures (SOA) serve the purpose to make information technology in enterprises more agile such that they can be adapted more quickly and with better quality to continuously upcoming business requirements than is possible with legacy architectures. It is germane to SOA that the execution of business processes is supported by corresponding software services, which may be combined to achieve cooperation vie standardized software interfaces. In spite of the early successes of SOA, many issues remain to be addressed. Recurring problems include issues with security and reliability, efficient discovery of services, the methodology of building and assessing service-oriented software architectures and the best practices in integrating legacy systems.
The track on service-oriented software architectures will give a survey over current research in SOA focusing on modelling and realization of SOA. We are especially interested in contributions that discuss experiences with fully operating service-oriented software architectures.
Possible topics:
- Methodologies for service-oriented software development
- Maturity models
- Modeling languages, methods and tools
- Modeling and realization of Web service standards
- Software Patterns for SOA
- Middleware for SOA and innovative SOA platforms
- Semantic management and government of services
- Security for SOA
- Quality of Service aspects, including issues with performance and validation
- IT governance in SOA
- Monitoring and auditing of SOA
- Fallstudien Case studies with clear innovative lessons learned
Leading Committee: |
| Prof. Dr. Andreas Oberweis, Universität Karlsruhe (TH) (Federführender) |
| Prof. Dr. Steffen Staab, Universität Koblenz |
| PD Dr. Uwe Zdun, Technische Universität Wien |
Program Committee: |
| Witold Abramowicz, Universität Poznan |
| Jörg Bartholdt, Siemens AG |
| Schahram Dustdar, Technische Universität Wien |
| Frank Leymann, Universität Stuttgart |
| Nikola Milanovic, Technische Universität Berlin |
| Ralf Reussner, Universität Karlsruhe / FZI Karlsruhe |
| York Sure, SAP Research |
| Mathias Weske, HPI Potsdam |
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