Inference Engine

Separating knowledge base and inference engine method increase the extensibility of system and lower the complexity of system maintenance .

采用知识库和推理机分离等办法，增强了系统的可扩充性，降低了系统维护的复杂性，减少了系统更新和维护所需的工作量。

Embedded CLIPS is used as the knowledge inference engine to the system and intelligent injection mould assembly design is realized .

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。

Based on this model , inference engine and database was designed ;

根据这个知识模型，进行了推理机和数据库的设计；

Design and Implementation of Inference Engine for Fault Prognosis in Power System

电力系统故障预警推理引擎的设计与实现

Design on System Model and Inference Engine for Model-based Fault Diagnosis

基于模型故障诊断系统的建模及推理机设计

Design of Inference Engine in Expert System for Molecular Design of Catalyst

催化剂分子设计专家系统推理机的设计

Designing the rule base and the inference engine for test system diagnosis

为测试系统诊断设计并构造规则库和推理机

Fault diagnosis expert system based on expert system inference engine is realized .

基于专家系统的地面故障诊断设备能够满足在轨故障地面模拟的应用要求，对实现在轨故障的诊断有着一定的参考作用。

Design and implementation of an inference engine of the medical intelligent diagnosis

一种医疗智能诊断推理机的设计与实现

The thesis discusses the knowledge database and inference engine in the system .

文章探讨了系统的知识库和推理机制。

It also designed the teacher model and inference engine in the second part .

设计了教师模型库和推理机。

Design on inference engine of the spacecraft thermal fault diagnosis expert system

航天器热故障诊断专家系统推理机的设计

The inference engine is the key link for designing expert system .

推理机是专家系统设计的关键环节。

The kernel is knowledge base and inference engine in expert system .

其中知识库和推理机构成了专家系统的核心。

The special features of historical knowledge and its inference engine

历史性知识的特殊性及其推理机

Inference engine is based on relational database and forward reasoning .

推理机采用基于关系型数据库的下向推理。

Take a look at the structure of the rules / inference engine .

看一下规则/推论引擎的结构。

Finally , two mining examples of inference engine of the system are given .

最后给出了两个推理机的运行实例。

The inference engine is realized by selecting structure and sequence structure .

推理机采用选择结构和顺序结构来实现。

Inference Engine Designed for Real-time Monitor and Launching Decision-making Expert System

实时监控与发射决策专家系统推理机设计

Secondly , ontology description language and inference engine are introduced .

然后重点介绍本体的描述语言及推理工具。

The Overall Structure , Control Strategies and Inference Engine of Gear Box Expert System

传动箱专家系统的总体结构和推理控制机制

Design of Inference Engine in Expert System

专家系统推理机的设计

Expert system for abnormity diagnosis in sintering process (ⅳ) & inference engine design

烧结过程的递阶集成智能控制系统研究（Ⅳ）&烧结过程异常诊断专家系统推理机设计

Study on Inference Engine of Fault Diagnosis Expert System for Electrostatic Precipitator

电除尘器故障诊断专家系统推理机

Design on Inference Engine of White Cashmere Goats Disease Diagnosis Expert System

白绒山羊疾病诊断专家系统推理机的设计

The design of inference engine combines both blackboard model and evidence theory .

推理机的设计结合了问题求解的黑板模型和D-S证据推理方法。

The inference engine composed of object inference and process inference engine .

通过设计面向对象以及面向过程两个相互作用的推理机实现推理，提高推理效率。

Development of a Inference Engine for a Fault Diagnosis Intelligent System Based on Multi-module Integration

基于多模块合成的故障诊断智能系统推理机的研制

This requires a capable of handling fuzzy information ontology inference engine .

这就需要一种能够处理模糊信息的本体推理机。