GDS is intended to be the server-side core of our future Flex based solutions architecture.
GDS确定会成为将来基于Flex的解决方案架构的服务器端核心。
To overcome these challenges, developing and implementing solutions based on a Service Oriented Architecture (SOA) is required.
为了应对这些挑战，需要开发和实现基于面向服务的体系结构(SOA)的解决方案。
Then there is the service design, where solutions are developed in terms of architecture, technology, people and processes.
接着就是服务设计，其中的解决方案要根据架构、技术、人员与流程来开发。
IMS on Demand Service Oriented Architecture solutions help you quickly and easily configure your environment to address your needs.
IMS随需应变面向服务体系架构解决方案有助于您快速、轻松地配置环境来满足您的需求。
We also provide highlights of modeling, implementation, performance monitoring, pattern solutions, and the system architecture.
同时我们将重点阐述建模、系统实现、性能监测解决模式和系统架构。
It is important to provide a governance model that ensures that the development of tactical solutions is done within the context and rules of the enterprise's integration architecture.
需要提供一种管理模型来确保战术解决方案的开发是在企业集成体系结构的环境和规则中完成的，这一点至关重要。
For the next two installments of the J2EE pathfinder series, we'll focus on the J2EE technologies that can help you create sound data persistence solutions for your enterprise architecture.
在J2EE探险者系列接下来的两个部分中，我们将着重讨论J2EE技术，这些技术有助于您为企业体系结构创建可靠的数据持久性解决方案。
Clearly, a Disaster Recovery plan is not optional even in the Cloud, and Architecture is and will remain essential for building Cloud-based solutions, this is not new.
很明显，就算在云端，灾难恢复计划也是必须的，架构无论现在还是以后，都会是构建基于云的解决方案的必备内容，这并不是什么新鲜观点。
In fact, many of the problems surfacing today in core systems result from the application of tactical integration solutions with minimal regard for the end-to-end solution architecture.
事实上，核心系统中目前出现的很多问题都是由于应用了未对端到端解决方案体系结构予以足够重视的集成解决方案造成的。
The important thing here is that, architecture is required because the solutions (services) have to fit into the big picture.
这里的重点在于，架构是必需的，因为解决方案（服务）必须符合整体蓝图。
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。
This pattern is always used with one or multiple MDM architecture patterns to build MDM solutions.
此模式总是与一个或多个MDM体系结构模式一起使用，构建MDM解决方案。
This article explained how to leverage a reference architecture that can lead to good separation of concerns when building service oriented solutions.
本文阐述了在构建面向服务的解决方案时，如何利用参考体系结构得到理想的分离关注。
The model that Figure 1 presents is intended to capture the set of concepts common to the design and architecture of service-oriented solutions.
图1 表示的模型用于获取对面向服务的解决方案的设计和架构来说很普遍的概念集合。
The focus in Phase H shifts towards change management of the architecture baseline that is achieved with the delivery of the implemented solutions.
阶段H中的重点转移到实现的解决方案的交付所达到的架构基线的变更管理。
This article covered the terms that relate to the it architecture and design of SOA solutions.
本文介绍了与SOA解决方案的IT体系结构和设计相关的术语。
The composition of architecture patterns yield architecture blueprints, which are the architectural underpinning of Enterprise MDM systems and solutions.
体系结构模式的组合产生体系结构蓝图，而体系结构蓝图是企业MDM系统和解决方案的基础。
The keys to providing an integrated environment for on demand solutions are a service-oriented architecture (SOA), and services as building blocks.
为随需应变解决方案提供集成环境的关键是面向服务的体系架构(SOA)，并充当构造块。
Although the terms MDM solutions and MDM solution patterns are used, this article concentrates on MDM architecture patterns.
尽管本文使用MDM解决方案和MDM解决方案模式这些术语，但是主要讨论MDM体系结构模式。
In brief, SOA is a software architecture that focuses more on the business than the common, technically driven solutions.
简单地说，SOA是一种软件体系结构，它更多地集中于业务而不是公用的、技术驱动的解决方案。
In addition to supporting traditional programming and development solutions, the architecture has extensive support for developing service-oriented solutions for integration.
除了支持传统编程和开发解决方案外，该体系结构还广泛支持面向服务的集成解决方案的开发。
The two articles in this series describe a proven architecture solution blueprint for traceability solutions for IT architects and lead solution developers.
本系列中的两篇文章向IT架构师和解决方案开发负责人介绍一种已经证明有效的可跟踪性解决方案的体系结构蓝图。
The authors offer an adaptation of the Model-View-Controller pattern as the foundation of the architecture of Service Oriented Enterprise Solutions.
作者提供了一个修改过的MVC(模型-视图-控制)模式，将其作为面向服务企业解决方案架构的基础。
Service-Oriented Modeling and Architecture (SOMA) provides guidance on the analysis and design of SOA solutions.
面向服务的建模与体系结构(Service - Oriented Modeling and Architecture,SOMA)提供了有关SOA解决方案的分析和设计的指导信息。
The Web Architecture zone specializes in articles covering various Web-based solutions.
Web架构专区的文章专门涉及各种基于Web的解决方案。
It will take some time for testing tools to completely catch the Web 2.0 wave and provide complete solutions for testing the new Web 2.0 architecture.
测试工具完整地达到Web 2.0的标准，以及为测试新的Web 2.0结构提供完整的方案，都需要一些时间。
BI architecture - Technical layers and software solutions.
BI架构-技术层和软件解决方案。
In this series of tutorials, you learn how to leverage the Rational platform and its capabilities to design service-oriented architecture (SOA) solutions.
在这个系列教程中，您可以学习到在设计面向服务架构(SOA)解决方案时如何利用Rational平台和它的能力。
In general terms, architects look for proven solutions when developing an architecture, rather than reinventing the wheel, thereby avoiding unnecessary creativity.
概括地说，架构师在开发一个体系架构的时候会寻找已被证明为有效的解决方案，而不是自己闭门造车，从而他们能够避免许多不必要的工作。
It's a given in today's world of enterprise application development that service-oriented architecture (SOA) is the preferred way to architect solutions.
在今天的企业应用程序开发领域，面向服务的体系结构(Service - Oriented Architecture,SOA)是设计解决方案体系结构的首选方法。
应用推荐