Transformation Strategies between Block-Oriented and Graph-Oriented Process Modeling Languages Jan MendlingVienna University of Economics (WU Wien) Kristian.

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Presentation transcript:

Transformation Strategies between Block-Oriented and Graph-Oriented Process Modeling Languages Jan MendlingVienna University of Economics (WU Wien) Kristian Bisgaard LassenUniversity of Aarhus Uwe ZdunVienna University of Economics (WU Wien)

Folie 2 Recent Papers X to BPEL: Baina et al.: Model-Driven Web Service Development. In CAiSE Gardner. UML Modelling of Automated Business Processes with a Mapping to BPEL4WS. In First European Workshop on Object Orientation and Web Services at ECOOP Hofreiter and Huemer. Transforming UMM Business Collaboration Models to BPEL. OTM Workshops Mendling and Hafner. From Inter-Organizational Workflows to Process Execution: Generating BPEL from WS-CDL. OTM Workshops Moon et al. Transformation Algorithms between BPEL4WS and BPML for the Executable Business Process. In WETICE van der Aalst, Jørgensen and Lassen. Let’s Go All the Way: From Requirements via Colored Workflow Nets to a BPEL Implementation of a New Bank System. In CoopIS White. Business Process Modeling Notation (BPMN). Specification, BPMI.org, Mendling, J. Ziemann: Transformation of BPEL Processes to EPCs. In EPK Koschmider, von Mevius: A Petri Net Based Approach for Process Model Driven Deduction of BPEL Code. OTM Workshops BPEL to Y: Hinz, Schmidt, and Stahl. Transforming BPEL to Petri Nets. In BPM Mendling and Ziemann. EPK-Visualisierung von BPEL4WS Prozessdefinitionen. In Workshop on Software Reengineering, 2005.

Folie 3 Agenda 1.Graph-oriented versus Block-oriented Process Modeling 2.Strategies for BPEL to Process Graph Transformation 3.Strategies for Process Graph to BPEL Transformation 4.Conclusion

Folie 4 Agenda Graph-oriented versus Block-oriented Process Modeling

Folie 5 A BPEL Process

Folie 6 A BPEL Process: Structured Activities

Folie 7 Process Graph vs. BPEL control flow

Folie 8 Important Properties Structured Process Graph Acyclic Process Graph Structured BPEL control flow

Folie 9 Agenda Strategies for BPEL to Process Graph Transformation

Folie Flattening Strategy

Folie Hierarchy-Preservation Strategy

Folie Hierarchy-Maximization Strategy

Folie 13 Agenda Strategies for Process Graph to BPEL Transformation

Folie Element-Preservation Strategy

Folie Element-Minimization Strategy

Folie Structure-Identification Strategy

Folie Structure-Maximization Strategy

Folie 18 Agenda Conclusion

Folie 19 Conclusion

Folie 20 Agenda Thank you