构件模型是构件复用的基础。
该机制可以避免组装后对系统的反复验证，提高构件复用的准确性和效率。
This mechanism can avoid the repeated tests of the system after the assembly so that the accuracy and efficiency of the components can be improved.
第三方构件的安全性以及构件的安全集成方法成为影响构件复用的关键因素。
The third part components security and how to assemble components in security are key factors to reuse components.
利用构件复用技术可以缩短系统开发时间、降低开发成本、提高软件生产率。
By using it, we can shorten system development time, reduce development cost, and raise the productivity of software.
多媒体课件开发中的重复劳动影响了课件开发的效率，构件复用技术能有效解决这一问题。
The repetitious work reduces efficiency in the multimedia courseware developing. Technology of component reusing can resolve this problem.
软件复用技术成为解决软件危机的一个途径，构件复用是软件复用的一个重要的组成部分。
The technology of software reuse has been becoming a way to solve the software crisis. Component reuse is an important part of software reuse.
源码构件复用技术是源码复用技术的一种，具有源码复用技术所拥有的适合嵌入式系统的优点。
As source component reuse technology belongs to source code reuse technology, it has advantages of source code reuse for embedded system.
本文阐述了构件复用技术在提高多媒体课件开发效率中的重要性，提出了构件复用技术应用于多媒体课件开发过程的基本模式。
This article discusses the importance of applying the technology of component reusing, and the basic mode of its application in multimedia courseware developing is put forward.
为了复用现有的流程及服务构件，必须保证体系结构能适合于定制策略的变更。
To reuse the existing workflow and service artifacts, it is essential that the architecture enables late customization for policy changes.
流程元素是一种定义流程段的构件资产，在BP模型中，这种流程段被设计为可复用的构件来管理。
A process element is an artifact asset that defines a segment of a process which is designed and managed to be reusable within BP models.
软件集成是一种基于构件技术的软件复用实践。
Software Integration is a practice of Software Reuse based on component technology.
软件构件技术通过封装一定的功能实现复用，被视为实现软件复用的关键因素之一。
Software component technology realizes the reusage by encapsulating certain functions, and is regard as a key factor to realize the software reusage.
方法以构件技术为核心，在CORBA环境下，引入多种构件交互方式和软件复用机制，组装和定制媒体流应用。
Methods in CORBA environment, based on component technique, interaction styles and reuse of software are introduced to custom stream application.
有效的构件表示和检索是实现高效复用的保证，从而大大降低复用成本。
The effective representation of reusable software component ensure to realize software-reuse successfully, and decrease reuse cost.
领域工程为应用工程提供了领域构件和领域构架，所以在很大程度上支持了软件复用。
Domainengineering promises to provide domain component and domain architecture for Application engineering, so it provides powerful support for software reuse.
微型消息总线应用软件构件技术，扩展方便、复用性好、应用简单，具有很高的社会价值和经济效益。
MMB applies employs the software component technology, easily expanded, conveniently reused and simply applied, and has very high social value and economic benefits.
基于构件的软件开发是软件复用的一种有效形式。
Software reuse is one of hotspots in the field of computer software research and development.
虽然软件构件技术是目前软件复用的最新思想，但还没有完全成熟，距离实现理想化的软件工厂还有很大距离。
Although software component tech is the last word of the software reuse aspect, it is not mature and far from realizing perfect software software factory.
其中构件技术是支持复用的核心技术。
Technology of component is the core technology for supporting software reuse.
需要签订强有力的采购合同以便构件的拆卸与复用。
Robust procurement contracts are needed to accommodate component dismantling and reuse.
软件构件技术是支持软件复用的核心技术，可复用构件的设计、开发和使用可以提高软件的质量、降低开发的成本。
Software component technology is the core technology that support software reuse, the design, development and use of reusable component can improve software quality, reduce development costs.
阐述了基于构件的软件复用技术，利用其成熟的构件设计标准提出了一种比较实用的实现模型。
The article presents the software reuse technology based on component by using the mature component design standard, proposes a more practical implementing model.
本文研究了建立面向复用的领域构件存储管理系统涉及的主要问题。
This dissertation investigates some main problems of building domain component storage and management system.
而一般的构件库系统只是从描述性信息方面提供对构件的理解，却很少从实际复用方面提供对构件的理解。
The general component retrieval system provides descriptive information about understanding the component simply, but seldom provides information about respect of reused actually.
文章以提高构件质量和可复用性，对软件构件可复用性的度量模型进行了研究。
This paper establishes metrics model for reusability based on the component reusability in terms of the concrete characteristic.
提出了一个新的构件检索算法“利用UML设计模型信息进行可复用构件查询”，并将它和刻面查询算法合成后应用于实际系统中。
It proposes a new search algorithm namely "reusable component search algorithm with information of UML design model". Combined with facet search algorithm, it is used in a practical system.
基于大粒度构件的可配置特性，在大粒度构件生命周期的各阶段给出其相应的生产和复用方法。
By its configurable characteristics, the corresponding production method based on pattern and reuse method through configuration in the phases of component's life cycle were presented.
基于大粒度构件的可配置特性，在大粒度构件生命周期的各阶段给出其相应的生产和复用方法。
By its configurable characteristics, the corresponding production method based on pattern and reuse method through configuration in the phases of component's life cycle were presented.
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