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Accountability in Service-Oriented Architecture: Computing with Reasoning and Reputation

机译:面向服务的体系结构中的责任制:具有推理和声誉的计算

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Accountability benefits the service-oriented computing (SOC) with trust and error reasoning. In this research, we study an accountability model with 3-D approach: detect, diagnose, and defuse, to discover and eliminate the root cause of problems when violations of SLA (service level agreement) occur in business processes. Our basic approaches are: (1) leveraging Bayesian network to diagnose the root cause of problems when uncertainty exists in business processes; (2) a continuous knowledge learning process to deal with the dynamic nature of SOC: the feedbacks about problematic web services are counted into services' reputation, and will impact future service selections and Bayesian network parameters learning. The performance study shows that our accountability model can rule out the root cause of problems in the whole business process effectively and efficiently with acceptable cost
机译:问责制通过信任和错误推理使面向服务的计算(SOC)受益。在这项研究中,我们研究了一种采用3-D方法的责任模型:检测,诊断和缓解,以发现和消除在业务流程中发生违反SLA(服务水平协议)的问题的根本原因。我们的基本方法是:(1)当业务流程中存在不确定性时,利用贝叶斯网络诊断问题的根本原因; (2)应对SOC动态特性的连续知识学习过程:有关有问题的Web服务的反馈被计入服务的声誉,并将影响将来的服务选择和贝叶斯网络参数学习。绩效研究表明,我们的责任模型可以在可接受的成本范围内有效,高效地排除整个业务流程中问题的根本原因。

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    《》||p.123-131|共9页
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    Yue Zhang; Kwei-Jay Lin; Tao Yu;

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