• 用况模型:提供有关如何使用SOA的指南。

    Usage model: Provides guidelines on how to use the SOA.

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  • 用况建模是在更低的层次上作为第二步进行的。

    Use case modeling comes in as a second step on a lower level.

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  • 比较自顶向下和自底向上的Web服务开发的用况场景。

    Use case scenario comparing top-down and bottom-up Web services development.

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  • 因此,SOAD需要BPM和用况建模活动之间的强链接。

    Therefore, a strong link between BPM and the use case modeling activities is required for SOAD.

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  • 此外,由于种种原因,用况模型并不总是与其对等的BPM保持同步。

    Furthermore, for various reasons the use case models are not always synchronized with their BPM counterparts.

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  • 业务分析员努力学习如何把用况有效地与其它需求工件一起应用。

    The business analyst struggled with learning how to apply use cases effectively in combination with other requirements artifacts.

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  • 比如,业务建模集包含业务用况模型、业务规则、业务架构文档以及业务辅助说明书。

    For example the business modeling set includes a business use-case model, business rules, a business architecture document, and a business supplementary specification.

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  • 论述了用况驱动的统一软件过程,并给出了使用用况来捕捉图书管理系统需求的实例。

    This paper discusses the Rational Unified Process driven by use case, and gives a solution for capturing the requirement of library management information system.

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  • 此外,SOAD中的流程建模必须与设计层用况建模保持同步,并且必须给出与BPEL有关的问题的答案。

    Furthermore, process modeling in SOAD must be synchronized with design-level use case modeling, and answers to the BPEL-related questions must be given.

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  • 利用这个应用程序,我们介绍了业务集成自服务场景的两种用况(use case):外部顾客注册和内部顾客更新。

    With this application, we presented two use cases of a business integration self-service scenario: external customer registration and internal customer update.

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  • 这个用况场景对采用自底向上方法开发的地址簿web服务与采用自顶向下方法开发的同一个Web服务的互操作性进行了比较。

    This use case scenario compares the interoperability of an address book Web service developed using the bottom-up approach to that of the same Web service developed using the top-down approach.

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  • 用智能优化设定模型、炉况诊断模型、智能预报模型及回路控制,实现了优化综合生产指标的目标。

    Overall production index is achieved using intelligent optimal setting model, fault diagnosis model, intelligent prediction model and loop control.

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  • 用智能优化设定模型、炉况诊断模型、智能预报模型及回路控制,实现了优化综合生产指标的目标。

    Overall production index is achieved using intelligent optimal setting model, fault diagnosis model, intelligent prediction model and loop control.

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