该系统用框架知识表示法来描述电力系统的设备参数，建构了一个直观的、层次分明的数据结构。
The equipment parameters of power system are described in the Frame Knowledge Representation, and a visual and hierarchal clear data structure is constructed.
本系统通过界面友好的人机交互实现故障诊断、知识获取、维修管理，辅助学习，符合各层次诊断维修人员的需求。
The system realized diagnosis , knowledge acquisition, maintain management and learning assistant by friendly interface, which satisfied maintain personnel in different level.
综合性最强，提供给学生更高的知识系统，培养其他课程所缺乏的深层次分析理解能力。
It is one of the most comprehensive and provides students with higher knowledge, in-depth understanding and analytical skills above and beyond those expected in any other curriculum.
最后从智能决策支持理论出发，研究了层次结构模型下的系统知识化处理及存取管理。
Proceeding from the theory of intelligent decision support, the article also researched the knowledge management and access management behind the hierarchy model.
系统综合集成是集成的最高层次，它更强调对知识、能力和内容上的集成。
Meta synthesis level integration is the highest level in system integration, it especially emphasizes the integration of knowledge, capability and content.
该系统用框架知识表示法描述电力系统的设备参数，建构了一个直观的、层次分明的数据结构。
The frame knowledge representation is adopted to describe the device parameters of power system for establishing a direct and clear hierarchical database.
该系统实现了知识的模糊表示，知识库的层次性组织、知识的模糊推理等。
With the system, fuzzy expression of expert knowledge, multi-level organization of the knowledge base, fuzzy inference are realized.
针对复杂知识系统的需求分解问题，设计了基于层次案例规划的系统层次规划求解方法。
A hierarchical system planning scheme is presented based on the hierarchical case-based planning for solving the requirement decomposition of complicated knowledge based system.
本体作为一种能在语义和知识层次上描述信息系统的概念模型的建模工具，它在知识建模上具有非常大的优势。
As a modeling tool which can describe the conceptual structure of information system at semantic and knowledge levels, ontology has very large advantage in knowledge modeling.
为了提高入侵检测系统对入侵特征知识的归纳和概括能力，提出了将一种基于模糊等价关系的动态聚类方法应用于对入侵特征集进行层次聚类。
In order to improve IDS's ability of generalization for knowledge of intrusion, a method is put forward that applies fuzzy clustering to obtain hierarchy generation for intrusion feature set.
系统的层次式模块化知识库结构，便于随意增删模块，扩充功能，因此它可成为各种类型建筑结构设计型知识库系统的编程工具。
The system adopts a hierarchical modular architecture to create a knowledge base which may be extended for use as a practical engineering system.
第三章在算法层次上提出了基于自组织竞争神经网络数据挖掘算法的知识发现系统用于生成拟定的结构方案。
Chapter 3 Applies the KDD system whose data-mining algorithm is based on Self-Organizing Neural Network for generating initial alternative designs.
运用知识工程和系统工程层次分析法，建立了一个基于网络的品种资源信息管理系统。
In this study, Variety resources Information Network-based management system was developed by the use of knowledge engineering and system engineering.
运用知识工程和系统工程层次分析法，建立了一个基于网络的品种资源信息管理系统。
In this study, Variety resources Information Network-based management system was developed by the use of knowledge engineering and system engineering.
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