OBWD: an ontology and Bayesian network-based workflow design platform

C. Dong, Chongchong Zhao
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Abstract

Workflow management provides a great convenience for the cooperation between different roles in modern industry and business. The task reuse and design automation are challenges of workflow management currently. In this paper, an ontology SDWMO is constructed for workflow resources integration and task request release. An algorithm DOMDM is proposed to achieve the conversion of the data from traditional workflow data base to SDWMO ontology. In order to provide workflow templates for designers, we extract statistic-oriented cases from the workflow database. Based on these cases a Bayesian network is established for workflow template recommendation. We have designed OBWD platform to implement the above methods. The experimental data indicates that OBWD is statistically effective and saves a lot of time for workflow designers. Currently, OBWD has been used in space debris mitigation domain for workflow management. Moreover, our methodology can also be applied in many other domains in the future.
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OBWD:一个基于本体和贝叶斯网络的工作流设计平台
工作流管理为现代工商界不同角色之间的协作提供了极大的便利。任务重用和设计自动化是当前工作流管理面临的挑战。本文针对工作流资源集成和任务请求释放,构建了本体SDWMO。为了实现传统工作流数据库数据到SDWMO本体的转换,提出了一种算法DOMDM。为了给设计人员提供工作流模板,我们从工作流数据库中提取面向统计的案例。在此基础上,建立了一个用于工作流模板推荐的贝叶斯网络。我们设计了OBWD平台来实现上述方法。实验数据表明,OBWD在统计上是有效的,为工作流设计者节省了大量的时间。目前,OBWD已被用于空间碎片缓减领域的工作流程管理。此外,我们的方法在未来也可以应用于许多其他领域。
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