1) case based reasoning model
案例推理模型
1.
In order to solve non-structured questions in a multi-criteria group intelligent decision support system, a case based reasoning model of the system is built by analysing the structure of a case s eigenvector and computing its layer-decision-eigenvector.
为应用案例推理解决多准则群体智能决策支持系统面临的非结构化问题,基于案例特征因素分层理论归集群策层综合决策向量,根据灰色系统理论计算问题案例同库存案例的层贴近度和综合贴近度,最终建立多准则群体智能决策支持系统案例推理模型,从而为非结构化决策问题提供可行的解决方案。
2) case based reasoning cubical model
案例推理立体模型
4) case-based reasoning
案例推理
1.
A drilling troubles expert system based on case-based reasoning;
基于案例推理的钻井复杂情况专家系统
2.
A control architecture for case-based reasoning technique;
一种基于案例推理的控制结构
3.
Case-based reasoning for cheat risks diagnosis;
一种基于案例推理的欺诈分析方法
5) case reasoning
案例推理
1.
To perform automatic burning process,an expert decision model is proposed,in which a burning control strategy based on imitating human operational experiences and an optimal strategy of the air-to-gas ratio by case reasoning combined with .
热风炉自动烧炉对于节约能源、降低人力劳动强度、延长使用寿命十分关键;针对某钢铁企业热风炉检测设备简单、易损坏的特点,通过热风炉燃烧的特性分析,建立了燃烧控制专家决策模型,它通过模仿人工烧炉经验制定燃烧控制策略,利用案例推理结合模糊修正补偿的方式优化设定空燃比,采用模糊专家控制器控制煤气流量,实现热风炉的自动燃烧控制;工业应用表明,系统投资少,运行稳定,适应强,取得增产降耗的显著功效。
2.
Aiming at this problem,we proposed a new method based on K-Nearest Neighbor case reasoning technology,which is one of the simplest and most effective tools in the field of machine learning.
本文提出了基于K-最近邻案例推理的岩爆预测的新方法,该方法通过扫描深部开采中岩爆案例数据库,根据实例近邻性相似度函数,搜索出与预测事件在岩爆发生影响因素上最相似的多个岩爆实例,最后使用投票表决的方式推理预测新的复杂环境下岩爆发生的可能性。
3.
It integrates the case reasoning and the component content soft sensing technology based on neural networks.
提出了基于案例推理和软测量技术相结合的稀土萃取分离生产过程智能优化设定控制技术。
6) CBR
案例推理
1.
Application of CBR in Car Maintenance Message Consulting System;
案例推理技术在汽车维护咨询信息系统中的应用
2.
Research on Decision Support System of Emergent Case Based on CBR;
基于案例推理的突发案件辅助决策系统研究
3.
Application of CBR and Neural Network for Steady-State Model of Aeroengine
案例推理和神经网络在航空发动机稳态模型中的应用
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