Abstract

Integrated Exploration of Data-Intensive Business Processes

Highlights

  • Business processes are widely used in industry to organize and document procedures aimed to deliver services or products to customers [1]

  • Business Process Model and Notation (BPMN) supports the representation of processes at different levels of abstraction [1], spanning from high-level process models needed during process design and analysis to detailed models for supporting enactment and automation

  • We show how such a formal representation supports the integrated conceptual modeling and design-time analysis of process models and the data operations performed by the processes on databases

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Summary

INTRODUCTION

Business processes are widely used in industry to organize and document procedures aimed to deliver services or products to customers [1]. We focus on explicitly highlighting the connections between a process model and the conceptual schema(ta) of one or more databases storing the data relevant for its execution with the final aim to enable the humandriven exploration of the overall “connected system” To this end, we combine the BPMN [5] and UML class diagram [18] notations with formal methods, whose suitability for reasoning over processes and data in a general, tool-agnostic manner has been acknowledged by literature, e.g., in the case of logic-based conceptual description languages for the design of processes [19], [20] and data [21], [22].

MOTIVATING EXAMPLE
FOUNDATIONS
Unravelling Process Paths with a Labeling Approach
Querying Connected Process and Database Models
EVALUATION
Empirical Evaluation through a Controlled Experiment
Proof-of-concept
Proof-of-Concept
RELATED WORK
DISCUSSION AND CONCLUSIONS
Full Text
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