讨论了系统结构、知识表示、推理机、温度数据融合算法和智能控制方法。
The paper discusses the system architecture, knowledge representation, inference mechanism, method of data fusion and intelligent control mechanism.
在此基础上，提出了一种多源信息的实时智能融合系统，并对该系统中的知识库和推理机进行了详细的论述。
On the basis of it, a real-time intelligent fusion system of multi-source information is proposed, and the operating principles of knowledge base and reasoning machine in this system are discussed.
利用嵌入式CLIPS作为系统的知识推理机，实现了装配体设计的智能化设计。
Embedded CLIPS is used as the knowledge inference engine to the system and intelligent injection mould assembly design is realized.
在阐述甘蔗收割机智能设计系统(SHIDS)的基础上，讨论了其推理机模块中的实例推理。
By expounding the sugarcane harvester intelligent design system (SHIDS), this paper discusses the case-based reasoning in the reasoning module of SHIDS.
提出了基于知识的智能化CAPP系统的构造方法及知识库与推理机的实现。
The constitution method of intelligent CAPP (computer aided process planning) System Based on Knowledge and the implement of Knowledge Base and reasoning machine are proposed and discussed.
提出了一种机械制造工艺知识的表达方法，并采用推理机、数据库和知识库来提高系统的智能。
A knowledge representation method of machine making technology is given. Infers engine, data base and knowledge base were used tO improve the intelligence of the system.
本文将决策表技术引入管理信息系统作为知识存贮手段，用户可通过决策表自行设置规则集，并用推理机进行演绎推理，从而实现对管理信息系统数据库的智能查询。
Intelligent query for database of MIS is implemented, for storing knowledge with decision table. The user can create rule-set by way of decision table and carry out reasoning.
本文将决策表技术引入管理信息系统作为知识存贮手段，用户可通过决策表自行设置规则集，并用推理机进行演绎推理，从而实现对管理信息系统数据库的智能查询。
Intelligent query for database of MIS is implemented, for storing knowledge with decision table. The user can create rule-set by way of decision table and carry out reasoning.
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