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Design and Verification of Loosely Coupled Inter-Organizational Workflows with Multi-Level Security

机译:具有多级安全性的松散耦合组织间工作流的设计与验证

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—Inter-Organizational Workflows (IOWF) become important as they provide solution for data sharing, heterogeneity in resources and work coordination at global level. However, a secured computing infrastructure like Multilevel Security (MLS) is needed to support today’s vast businesses. In this paper Message Sequence Charts (MSC) are used to specify the positive and negative interactions between cooperating organizations. Petri nets are used to model the workflows in each organization. IOWF is obtained by combining Message Sequence Charts (MSC) and workflows of local organizations. We present an algorithm to incorporate MLS features into IOWFs using Bell-LaPadula security model. In this model security labels of subject and object are verified before the subject can access the object. The algorithm reduces the workflows of participating organizations using the reduction rules while preserving the communication patterns between organizations. We also present an algorithm to identify implicit places in the IOWF with MLS features. Our method and algorithms are illustrated by a running example.
机译:- Internition-Comansional工作流程(IOWF)在为全球层面提供数据共享,资源的异质性和工作协调方面的解决方案变得重要。然而,需要像多级安全性(MLS)这样的安全计算基础设施来支持当今的广泛业务。在本文中,消息序列图表(MSC)用于指定合作组织之间的正面和负相互作用。 Petri网用于对每个组织的工作流程进行模拟。通过组合消息序列图(MSC)和本地组织的工作流来获得IOWF。我们介绍了一种算法,将MLS功能合并到iOWFS中,使用Bell-Lapadula安全模型。在此模型中,在主题可以访问对象之前验证主题和对象的安全标签。该算法使用减少规则减少参与组织的工作流程,同时保留组织之间的通信模式。我们还提出了一种算法来识别IOWF中的隐式位置,具有MLS功能。我们的方法和算法由跑步示例说明。

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