Abstract-The Business Process Model Notation (BPMN) provides a standard graphical language that can be used by business analysts for modeling business process choreographies. A challenging task is to formally verify that constructed choreography models are logically correct with respect to safety, liveness, and various application-specific correctness requirements. To aid with this important task, we present a model checker based framework to automate the verification process. The main component of our framework is the BPMNverifier, a tool that can automatically convert BPMN choreography models into PROMELA, the input language of the SPIN model checker. We describe the implementation and functionality of the BPMNverifier, and how the tool eases the task of expressing Linear Temporal Logic (LTL) correctness requirements, through its LTL Manager component.
In REF the authors suggested automated transformation into PROMELA, the input language of the SPIN model checker, in addition applying also Linear Temporal Logic for verification of correctness properties (in other words, logical sequence).
A Tool for the Automatic Verification of BPMN Choreographies
2015 IEEE International Conference on Services Computing
2015 IEEE International Conference on Services Computing
Computer Science