The model makes use of graphics and layers architecture.
该模型采用图形方式，分层结构。
The Layers architecture helps in performance and in graphic areas such as scrolling, zooming, and animations.
Layers的架构有助于提高浏览器性能和处理图表领域的滚动、缩放和动画等能力。
In computer networks theory, ISO/OSI seven layers architecture is an important abstract content. It is a key to understanding network theory.
在计算机网络理论中，ISO/OSI七层体系结构是一项重要但很抽象的内容，理解ISO/OSI七层体系结构是驾驭网络理论的一个关键。
It is a common problem for the designer to exchange data in different layers and use which kind of granularity in multi-layers architecture software system.
在多层架构的分布式软件系统中，如何在层间交换数据，采用何种粒度的对象交换数据，是系统构建时经常遇到的问题。
The Web - based real - time monitoring system based on multi - layers architecture technology can display the real - time information of the enterprise control system on the remote Browser.
网上实时监测系统采用多层结构模式，实现了企业工业控制信息的远程动态显示。
Not every data structure passing through the different layers of the architecture necessarily complies with this model.
并不是通过架构的不同层传递的所有数据结构都一定遵从这个模型。
The following diagram shows these two layers in the architecture of a.net-based distributed application.
下图展现了在一个基于。net的分布式应用程序中这两个层的架构。
This ensures semantic and structural interoperability when the data flows through the architecture layers during service execution.
这样可以确保服务执行期间数据在流经架构中各层时语义和结构的互操作性。
Architecture: Several layers of specifications for message format, message exchange patterns (MEP), underlying transport protocol bindings, message processing models, and protocol extensibility.
架构：针对消息格式、消息交换模式(mep)、底层传输协议绑定、消息处理模型以及协议可扩展性的几个规范层。
Figure 1: Applying the principles of high cohesion and low coupling is especially critical within the application and domain layers of an enterprise system architecture.
图1：应用高内聚和低耦合的原则在企业系统架构的应用和领域层中是特别至关重要的。
Services can be formed at all layers of the architecture: the infrastructure layer, UI layer, and data layer.
服务可以存在于体系结构的所有层次：基础结构层、ui层和数据层。
The layers here are both distributed SOA application architecture layers and enterprise system and process layers.
这里提到的层是分布式的SOA程序架构层与企业系统和过程层。
Because component tests deal with multiple layers of an architecture, they often deal with databases, file systems, network elements, etc.
由于组件测试处理一个架构的多个层次，所以它们经常用于处理数据库、文件系统、网络元素等。
Allocation of architectural building blocks to the various layers in the architecture.
将体系结构构建块分配到体系结构中的各个层。
The discussion here, as throughout the earlier article series, is about architecture, architectural layers, architectural roles, and architectural principles, such as separation of concerns.
与前面的文章系列一样，本文讨论的是架构、架构层、架构角色和架构原则，比如关注点隔离。
The same method signatures appear on different services residing within each of the reference architecture layers.
相同的方法签名出现在每个参考架构层的不同服务上。
A functional view of the architecture enlists the various architectural building blocks, the relationships among them, and how they are allocated to different layers in the architecture.
体系结构的功能视图描述各个体系结构构建块、构建块之间的关系，以及如何将它们分配到体系结构中的不同层。
In this article, I started with the fundamentals of a service-oriented architecture, its layers, and the associated types of architectural decisions.
本文中，我以基于服务架构、它的层和架构决策的相关类型的基础知识来开始。
Many SOA implementations require technology expertise in several layers of the architecture: business processes, business rules, data services, security, etc.
很多SOA实现在架构的几个层级都要求技术专家：业务流程、业务规则、数据服务、安全等。
The architecture includes several layers, including a service layer, whose main purpose is to make the architecture imitate a real world application.
该体系结构包括多个层，其中包括服务层，其主要用途是使该体系结构模仿实际的应用程序。
Sometimes referred to as "the SOA layered architecture", this model introduces layers and concepts such as business process, service, or service component, as well as the relationships between them.
有时也将其称为“SOA分层体系结构”，其中介绍了各个层次和概念(如业务流程、服务或服务组件)及其相互间的关系。
An SOA demands both layered architecture and inter-connection among various layers.
SOA既要求分层式架构，也要求在各层之间实现相互连接。
You'll learn what the architecture is and components of the software and functional layers within the architecture.
您将了解架构是什么，并了解该架构内的软件组件和功能层。
The application architecture perspective employs service layers to trace SOA platform components into information architecture packages and subsystems (Figure 3).
程序架构视角使用服务层，来追踪信息架构包与子系统之中的SOA平台构件(图3)。
Enterprise system solutions nowadays commonly adopt a multi-layered system architecture, with separate layers for presentation, controller, application, domain, and persistence.
如今，企业系统解决方案一般采用多层的系统架构，包含用于表示、控制器、应用、领域，和持久性的分别的层。
Dividing the application into tiers (or layers) is an essential technique for separating concerns within the architecture.
将应用程序划分为层，这是一种在体系结构中关注点分离的基本技术。
This article focuses on the three layers within the architecture that are most relevant to the process modeler: the consumer layer, the business process layer, and the services layer.
本文重点讨论体系结构中与流程建模人员最相关的三个层：使用者层、业务流程层和服务层。
Certain reference architecture layers are redundant in that they perform no added value and merely "pass-through" data to the next immediate layer in the architecture.
有些参考架构层显得多余，它们没有任何附加值，仅仅向架构的另一个中间层“传递”数据。
Figure 1 highlights the layers of the SOA reference architecture that are relevant to this article.
图1突出显示了与本文相关的SOA参考体系结构层。
It is important to consider the vertical alignment of data formats in the SOA architecture layers as well as horizontal alignment.
考虑SOA架构各层中数据格式的垂直对齐和水平对齐很重要。
应用推荐