将业务程序分解成服务不仅仅是一个抽象的过程；它具有非常真实的现实含义。
The decomposition of business applications into services is not just an abstract process; it has very real practical implications.
这一从业务模型中识别候选服务的过程即为大家熟知的域分解。
This process of identifying candidate services from a business model is also known as domain decomposition.
转换所生成的UML服务模型表示从每个业务过程的分析模型而来的服务分解。
The UML services model created by the transformation represents a service decomposition from the analysis model for each business process.
图4演示了服务规范工作流中的第一级分解过程。
Figure 4 illustrates the first level of decomposition in the Service Specification workflow.
图5演示了服务实现工作流的第一级分解过程。
Figure 5 illustrates the first level of decomposition in the Service Realization workflow.
将业务分解成过程或者服务。
这个过程由域分解、现有资产分析和目标服务建模的自顶向下、自底向上、中间向外技术的联合组成。
This process consists of a combination of top-down, bottom-up, and middle-out techniques of domain decomposition, existing asset analysis, and goal-service modeling.
第2部分向您提供了一个逐步的实例，讲述了为了将业务过程转换为服务模型而创建定制的过程分解的方法。
Part 2 gives you a step-by-step example of how to create a custom process decomposition for transforming a business process to a service model.
它同样将域分解过程中鉴别的用例作为子系统接口上公开的服务。
It also puts the use cases identified during domain decomposition as exposed services on the subsystem interface.
在系统分解过程中，业务分析人员将确定新服务的需求。
During system decomposition, business analysis identifies the requirements for new services.
通过同时使用领域分解业务流程模型和自底向上的模型，从而在服务标识过程中采用正确的方法。
Adopt the right approach in identification of services by using both domain decomposition business process models and bottom-up models.
本文的其余部分解释完成远程过程调用在客户端和服务器端上需要使用的例程。
The rest of the article deals with the explanation of routines used to accomplish each of the above steps from client and server side to complete a remote procedure call execution.
该过程从业务流程建模开始，将业务流程分解为服务，然后对服务进行编排，并在诸如WebSphereProcessServer等流程自动化平台上运行。
It starts out with the modeling of business processes that are composed into services, which are then orchestrated and run on a process automation platform like WebSphere process Server.
进一步，本文还从服务流验证分解和错误过程模式的两种思路，研究了对网格服务流形式化验证的性能改进。
Furthermore, the improvement of verification performance is also investigated by following the two ideas of grid service flow decomposition and process bug patterns respectively.
进一步，本文还从服务流验证分解和错误过程模式的两种思路，研究了对网格服务流形式化验证的性能改进。
Furthermore, the improvement of verification performance is also investigated by following the two ideas of grid service flow decomposition and process bug patterns respectively.
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