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Manfred Reichert, Barbara Weber, Victoria Torres

Large Process Models and Process Model Collections: - Challenges, Methods, Technologies -. Victoria Torres. Manfred Reichert. Manfred Reichert, Barbara Weber, Victoria Torres. Barbara Weber. Presenters. Barbara Weber Barbara.Weber@uibk.ac.at University of Innsbruck. Victoria Torres

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Manfred Reichert, Barbara Weber, Victoria Torres

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  1. Large Process Models and Process Model Collections: - Challenges, Methods, Technologies - Victoria Torres Manfred Reichert Manfred Reichert, Barbara Weber,Victoria Torres Barbara Weber

  2. Presenters Barbara Weber Barbara.Weber@uibk.ac.at University of Innsbruck Victoria Torres vtorres@pros.upv.es Polytechnic University of Valencia Manfred Reichert manfred.reichert@uni-ulm.de University of Ulm

  3. Agenda • Challenges & Basic Notions • Part I: Large Process Models • Part II: Large Process Model Collections • Part III: Large Process Structures • References

  4. Large Process Models – An Example!

  5. Process Model Process model contains contains Control edge Node describes connect is a is a is a input Control connector Event Activity Data object output is a is a Resource Atomic activity Complex activity executes contains Operation

  6. Process Model Process model contains contains Control edge Node describes connect is a is a is a input Control connector Event Activity Data object output is a is a Resource Atomic activity Complex activity behavioural executes structural temporal contains informational organizational Operation operational

  7. Process Model Process model contains contains Control edge Node describes connect is a is a is a input Control connector Event Activity Data object output is a is a Resource Atomic activity Complex activity behavioural executes structural temporal contains informational organizational Operation operational

  8. Process Model Process model contains contains Control edge Node describes connect is a is a is a input Control connector Event Activity Data object output is a is a Resource Atomic activity Complex activity behavioural executes structural temporal contains informational organizational Operation operational

  9. Process Model Process model contains contains Control edge Node describes connect is a is a is a input Control connector Event Activity Data object output is a is a Resource Atomic activity Complex activity behavioural executes structural temporal contains informational organizational Operation operational

  10. Process Model Process model contains contains Control edge Node describes connect is a is a is a input Control connector Event Activity Data object output is a is a Resource Atomic activity Complex activity behavioural executes structural temporal contains informational organizational Operation operational

  11. Process Model Process model contains contains Control edge Node describes connect is a is a is a input Control connector Event Activity Data object output is a is a Resource Atomic activity Complex activity behavioural executes structural temporal contains informational organizational Operation operational

  12. Process Model Collections

  13. Process Model Collections • Sets of process models • Sharing goals • Collections of process model variants • Targeted at different stakeholders • Collections of process model userviews • Described at different abstraction levels • Collections of process model at different level of detail • Dealing with process model evolution • Collections of process model versions • Stored within the same repository • Collections of enterprise process models

  14. Process Structures --

  15. Process Structures

  16. LifecyclePhases Analysis& Design Configuration Evolution Enactment Diagnosis

  17. LifecyclePhases • Analysis & Design • BP identification and modelling • Based on domain requirements • BP Modelling notation and languages • Validation & Verification • Simulation techniques support Validation • Resulting artefact: BP model • Fostering communication between different stakeholders Analysis& Design Configuration Evolution Enactment Diagnosis

  18. LifecyclePhases • Configuration • Implementation of BP models • Implementation platform has to be chosen • BP model preparation for enactment • Interaction with the enterprise eco-system • users & existing systems • Tests to check desired behaviour • Resulting artefact: Ready-to-enact BP model Analysis& Design Configuration Evolution Enactment Diagnosis

  19. LifecyclePhases • Enactment • BP instance execution • Guaranteeing BP model constraints compliance • Monitoring & Visualizing techniques • Allow discovering the status of active BP cases • Resulting artefacts: • Business Process instances • Execution logs Analysis& Design Configuration Evolution Enactment Diagnosis

  20. LifecyclePhases • Diagnosis • Analysis of execution logs • Identification of poor quality designs • Fragments that are not used at all • Identification of problems regarding execution environment adaptation • Resulting artefact: Process model and configuration changes report Analysis& Design Configuration Evolution Enactment Diagnosis

  21. LifecyclePhases • Evolution • Application of changes to BP models based on • New requirements • Improvement opportunities • Resulting artefact: BP Model more accurate to the BP and its environment Analysis& Design Configuration Evolution Enactment Diagnosis

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