摘要
针对电器产品的智能设计问题,围绕用于表达设计对象知识的3种概念模型,讨论了知识系统结构以及系统推理策略,并以继电器的零部件——电磁系统和衔铁的设计为例,说明了3种知识模型在设计问题求解过程中的使用方法和彼此间的关联性。同时,提出了基于模糊聚类分析和数理统计原理实现知识自动获取的方法。
For the intelligent design of electrical apparatus, focused on three kinds of conceptual models used in representing knowledge of object-designed, the structure of knowledge system and reasoning strategy were discussed. Taking a component and a part of relay, electromagnetic system and armature as the examples, the usage and the correlation of the three kinds of models were presented in finding the design solutions. In addition, an approach of knowledge acquisition automatically was proposed based on clustering analysis and statistical theory.
出处
《低压电器》
北大核心
2007年第5期10-14,共5页
Low Voltage Apparatus
基金
河北省博士基金(05547003D-3)
河北省自然科学基金(602069)
关键词
电器
智能设计
知识的表示
推理和获取
electrical apparatus
intelligent design
knowledge representation
inference and acquisition
