最后给出了由我们实现的构件挖掘原型系统。
本文首先深入分析了目前构件挖掘技术存在的问题，现有解决方法的局限性，介绍了构件智能挖掘系统结构。
Firstly, this paper introduces the problems existed in component mining, the limitation of the current solutions and the architecture of the intelligent component mining system.
然后结合实际应用，建立一个将数据挖掘技术应用于软构件检索管理中的应用模型，并分析了该应用模型的实施步骤。
Secondly, in accordance with actual application, built an applied model of software component retrieval management by data mining technology, and analyzed the execution step of the applied model.
系统针对银行的具体业务情况，设计了三个挖掘操作构件。
Aiming at specific business situations of the bank concerned, three mining operation components are designed.
构件组装是程序挖掘的一个关键环节。
对目前履带作为液压挖掘机行业中焊接结构件的机械加工工艺进行了分析。
Analysis the welding industry structure of the machining process of the crawler excavator.
程序挖掘方法针对不同用户需求，从网络构件库中利用智能代理自动发现、组装应用与服务，通过灵活地选择构件组合，实现服务定制与服务动态创建。
Program mining methodology make use of intelligent agent to realize retrieval, composition of service and application, and service customization and dynamical creation by neatly selection component.
程序挖掘方法针对不同用户需求，从网络构件库中利用智能代理自动发现、组装应用与服务，通过灵活地选择构件组合，实现服务定制与服务动态创建。
Program mining methodology make use of intelligent agent to realize retrieval, composition of service and application, and service customization and dynamical creation by neatly selection component.
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