流程模型保证一致性。
更好的业务与IT的一致性——通过这种方法更易实现业务流程模型与实现之间的结构均衡。
Better business and it alignment - structural equivalence between business process models and implementation is more likely with this approach.
基于模型的方法能实现更好的业务-技术一致性，为新解决方案的设计和开发提供所需资产（服务和流程）。
The model-based approach enables better business-technical alignment and provides assets (services and processes) for the design and development of new solutions.
通过内置的模型间转换和清晰的业务需求连接，跨流程、服务、应用程序和数据模型实现架构一致性。
Achieve architectural alignment across process, service, application and data models with built-in transformation between models and clear linkage to business requirements.
在本系列的第1部分和第2部分，您了解了指定业务流程模型的一种方法，可实现业务流程和基于面向服务的体系结构(Service - Oriented Architecture,SOA)的目标体系结构的一致性。
In Parts 1 and 2 of this series you learned a method for specifying process models that are closely aligned to a Service-Oriented architecture (SOA) based target architecture.
在云托管的应用程序，实现复杂的业务流程和工作流程，遵循的最终一致性模型的操作是通常的做法。
Operations that follow the eventual consistency model are commonly found in cloud-hosted applications that implement complex business processes and workflows.
提出了业务流程动态变更的模型一致性检验规则。
The paper proposes a set of model consistency checkout rules.
依照的定义，阐述了协议一致性测试的基本概念、基本模型、测试方法、测试流程、测试描述语言。
In terms of ISO9646, we specify the basic conceptions, primitive model, testing methods, testing process and testing description language of protocol conformance testing.
这种以模型为驱动的开发方法能够通过模型来保持开发过程的一致性，提高了开发效率，并可以利用模型的可执行来仿真业务流程。
This model-driven method means nicer development consistency and higher efficiency. It also enable developers to validate the application's flow through model execution.
这种以模型为驱动的开发方法能够通过模型来保持开发过程的一致性，提高了开发效率，并可以利用模型的可执行来仿真业务流程。
This model-driven method means nicer development consistency and higher efficiency. It also enable developers to validate the application's flow through model execution.
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