文中详细叙述了开发柔性嵌入式软件所必需的三项关键技术，即层次化技术、框架技术和可复用构件技术。
This paper particularly narrates three key technologies for developing flexible embedded software, which are arrangement technology, frameworks technology and reusable component technology.
作为一个软件开发者，你一定会对网络应用如何工作有一个完整的层次化的认知，同样这里也包括这些应用所用到的技术：像浏览器，HTTP,HTML，网络服务器，需求处理等等。
As a software developer, you certainly have a high-level picture of how web apps work and what kinds of technologies are involved: the browser, HTTP, HTML, web server, request handlers, and so on.
文件系统映射和代码层次化路径的共同点是，它们为资源消费者提供的URI 取决于在配置Web服务器时做出的技术决策。
One thing file system maps and code hierarchy paths have in common is that the URIs they provide to resource consumers emerge out of technical decisions made in configuring a Web server.
实际上，一些关系性元素已经采用某些技术让它们看起来像XML，以便利用层次化xml模型丰富的功能。
In fact, some of its relational neighbors have adapted techniques that make them look like XML in order to exploit the richness of the hierarchical XML model.
软件将使电脑能看、能听和能够学习，使个人电脑技术提高到一个智能化及更易用的新层次。
Software will enable computers to see, listen, and learn, taking PC technology to new levels of intelligence and ease of use.
除了提供新的XML层次化存储管理支持之外，DB 2还提供了新的索引技术来加快涉及XML数据的搜索。
Along with new hierarchical storage management support for XML, DB2 features new indexing technology to speed searches involving XML data.
这两种技术的组合非常灵活，可以根据业务的需要将信息从关系格式转换为层次化格式。
Development options are flexible to allow shifting information from the relational to the hierarchical format as business needs require.
而且，MDD可以通过转换自动化地实现模式，这将排除重复的低层次开发工作，并且可以将技术性的专家经验加入到代码中，以提高一致性和可维护性。
Furthermore, MDD can automate implementation patterns with transforms, which eliminate repetitive low-level development work and encode technical expertise to improve consistency and maintainability.
XNMP网络管理是在传统的SNMP的基础上，应用XML技术，实现对网络的层次化管理。
The XNMP network administration, built on the base of SNMP, makes use of XML, technique, and achieves the hierarchy administration to the electric network.
采用微机联网的紧耦合网络拓扑结构、面向对象的框架设计和层次化数据分层等技术提高系统仿真的实时性和开放性。
Adopting high coupling PC network, hierarchical data structure and object oriented design techniques, we can enhance the performance of simulation system in real time and openness.
新系统采用中间件技术，基于J2EE体系架构，分层次设计，参数化定制。
The new scheme based on J2EE system structure uses the middle part technology and parametric collocation and designs on different levels.
介绍层次化存储管理的概念，并结合当前实际提出了相应的技术实施途径。
Introduces the idea of hierarchy storage management and proposes some technical solutions to current problems.
其主要内容包括真正实现软件研发的组件化拼装，并支持企业业务流程重组的高层次的柔性软件应用框架平台技术。
The main content includes that realize module assemble for software in deed and support BPR' s high level flexible framework technology of software platform.
在此基础上提出了一种基于分布对象技术的层次化网络管理结构。
Then a hierarchical network management architecture based on distributed object technology is presented.
提供通用的技术功能以支援其上的层次：应用层的消息发送，领域层的持久化，表现层的控件绘出，等等。
Provides generic technical capabilities that support the higher layers: message sending for the application, persistence for the domain, drawing widgets for the UI, and so on.
可伸缩性视频转换编码算法是大型分层视频组播系统层次化代理自适应机制的核心技术。
Scalable video transcoding is the key technology of a adaptive mechanism for hierarchical agents in a large-scale layered video multicast.
技术因素在层次上包含两个方面，首先是生产工具的先进水平，或者说是精确性和自动化程度，其次是生产流程和工艺水平，也就是生产方式的先进程度。
The technology issue includes two aspects, which are the production tools as in accuracy and automation, and the procedure which stands for the method of production.
SNP位点是目前基因多态性研究的主要内容，包括检测分型和功能活性研究两个层次，已经建立了高度自动化和高通量的SNP检测分型技术。
Single Nucleotide polymorphism (SNP) site is the main content of genetic polymorphism study, which includes detection of gene type and research on function and activity.
知识可视化视觉表征研究目前已经从知识、技术、图像等角度开展，然而缺少了观看者和制作者等因素，并且尚未剖析因素之间的深层次关系。
Visual representation has been studied from the perspectives of knowledge, technology and images. But the lack of viewers and producers resulted in the lack of in-depth analysis between factors.
指出柔性化供电系统通过不同层次的质量控制中心对电能进行变换和控制 ，FEED的构建依赖于电力电子技术、蓄能技术及信息处理与智能控制技术。
The functions of FEED are realized through different levels of quality control center. FEED system is constructed by means of power electronics, energy storage and information processing technologies.
在分析当前三维参数化设计技术的基础上，结合CAD系统、参数化思想和层次型数据表技术，提出了一种产品级的参数化变型设计方法。
Having analyzed 3d parameterized design technique, a product-level parameterized variant design method was presented based on CAD system, parametric thinking and hierarchical table in database.
在分析当前三维参数化设计技术的基础上，结合CAD系统、参数化思想和层次型数据表技术，提出了一种产品级的参数化变型设计方法。
Having analyzed 3d parameterized design technique, a product-level parameterized variant design method was presented based on CAD system, parametric thinking and hierarchical table in database.
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