1) Rule-based post-processing
基于规则的后处理
2) rule-based reasoning
基于规则的推理
1.
This paper used rule-based reasoning to obtain roller type and introduced knowledge modeling technology detailedly based on Object-Oriented Knowledge Representation.
运用基于规则的推理方法确定轧辊类型,根据面向对象的知识表示方法,阐述了轧辊的知识建模技术,有效地提高了轧辊设计的智能化程度,提高了设计的质量和效率,减少了设计对设计人员经验的依赖。
2.
Most fault diagnosis expert system adopted single reasoning mechanism, or rule-based reasoning or case-based reasoning.
多数故障诊断专家系统采用单一的推理机制,或者基于规则的推理,或者基于事例的推理。
3.
This paper used rule-based reasoning to obtain roller type and introduced knowledge modeling technology detailedly based on Object-Oriented Knowledge Representation.
运用基于规则的推理方法确定轧辊类型,根据面向对象的知识表示方法,阐述了轧辊的知识建模技术,有效地提高了轧辊设计的智能化程度,提高了设计的质量和效率,减少了设计对设计人员经验的依赖。
3) postprocess rule
后处理规则
1.
Our system performs well especially followed with specified multiple postprocess rules.
本文使用支持向量机处理中文分词任务,并且在支持向量机的初步结果上, 根据其分词特性设计实现了个性化后处理规则。
4) Rule-based Planning
基于规则的规划
5) association rules post processing
关联规则后处理
6) rule-based reasoning
基于规则推理
1.
Herein,a kind of integrated intelligent reasoning model was put forward on the foundation of studying thoroughly the case-based reasoning(CBR),the rule-based reasoning(RBR) and the bayes based reasoning(BBR) inference method,and was a.
在深入研究了基于案例推理(CBR)、基于规则推理(RBR)、基于Bayes推理(BBR)方法的基础上提出并实现了一种集成这三种方法的智能推理模型,并把它应用到交通事故处理的推理中。
2.
Firstly,the paper introduces briefly the advantages and shortcomings of the Case-Based Reasoning(CBR)and the Rule-Based Reasoning(RBR),moreover,builds the Fault Diagnosis System of Circuit to integrate CBR and RBR,finally,explains the system on basic structure and design stages.
本文首先简要介绍了基于事例推理 (CBR)和基于规则推理 (RBR)的优缺点 ,其次建立了一个CBR和RBR相结合的电路故障诊断系统 ,最后说明了该系统的基本结构及设计过
3.
In this paper,two artificial intelligence techniques,case-based reasoning(CBR) and rule-based reasoning(RBR),learning from other s strong points to offset its weakness,are combined and applied to the system designing process of emergency preparedness information system.
将基于案例推理 (CBR)与基于规则推理 (RBR)两种人工智能技术相结合 ,引入到紧急预案信息系统的系统设计中 ,设计了系统的结构和工作流程并对系统实现的主要技术 :预案知识的表示、案例的存储结构、案例检索、案例适配与系统学习进行了探讨和构想 。
补充资料：演绎推理(见推理)
演绎推理(见推理)
deductive inference
住理。yanyl tullj演绎推理(deduetive infer。二ee)见
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条