Actor Based Business Process Modeling and Execution: A Reference Implementation Based on Ontology Models and Microservices

Matthias Geisriegler, Maksym Kolodiy, S. Stani, Robert Singer
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引用次数: 5

Abstract

In this work, we present a proposal for a reference architecture for the modeling and execution of business processes. We define business processes following the subject-oriented business process management (S-BPM) methodology, which recently has been amalgamated in a Web Ontology Language (OWL) definition. Consequently, all created process definitions are serialized as OWL files. The S-BPM approach understands business processes as a network of distributed and independent actors (human or machine) which interact via the exchange of messages. The proposed architecture is therefore designed as a collection of microservices. All concepts have been realized as a prototypical software application (modeling and execution of business processes) for reference and further research. It is proved that the generated OWL business process models can be executed on the developed workflow engine.
基于参与者的业务流程建模与执行:基于本体模型和微服务的参考实现
在这项工作中,我们提出了一个用于业务流程建模和执行的参考体系结构的建议。我们按照面向主题的业务流程管理(S-BPM)方法定义业务流程,该方法最近被合并到Web本体语言(OWL)定义中。因此,所有创建的流程定义都被序列化为OWL文件。S-BPM方法将业务流程理解为通过消息交换进行交互的分布式和独立参与者(人或机器)的网络。因此,建议的体系结构被设计为微服务的集合。所有概念都被实现为一个原型软件应用程序(业务流程的建模和执行),以供参考和进一步研究。实践证明,所生成的OWL业务流程模型可以在开发的工作流引擎上执行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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