1) parameters mining
参数挖掘
2) parameter-free data mining
免参数据挖掘
1.
Dissimilarity measure based on parameter-free data mining;
基于免参数据挖掘的相异度度量研究
2.
In order to resolve the problems, the idea of parameter-free data mining was proposed by some researchers.
于是,免参数据挖掘思想应运而生。
3) data mining
数据挖掘
1.
Improvement in second cooling control of slab continuous casting by data mining technology;
基于数据挖掘技术改进板坯连铸二冷控制
2.
Application of data mining in upgrading of CC process control system;
数据挖掘在连铸过程控制系统改造中的应用研究
3.
The application of data mining technology on flexible PVC formulation experimental research;
数据挖掘技术在软质聚氯乙烯配方实验研究中的应用
4) date mining
数据挖掘
1.
In consideration of the demand by the mine date resource informationa lization and mine management rationalization,and based on a deep going analysis of the mine date and management information,combine with the characteristics of mine produce system,the mine date mining oriented mine management system structure is proposed and applied,make a resolution of the many mine but one mill run s problem.
针对当前矿山数据资源信息化及生产管理合理化的需求,在对矿山数据和管理信息等进行深入分析的基础上,根据矿山生产系统的特点,提出了面向矿山管理的生产数据挖掘的体系结构并加以应用,解决了多采一选采、选协调模型的建模难题。
2.
The decision support system (DSS) for greenhouse constructs of data warehouse and date mining technology.
温室决策支持系统是采用数据仓库技术和数据挖掘技术构建的。
5) DM
数据挖掘
1.
Evaluation Criterion and Method of DM Algorithm;
数据挖掘算法的评价标准与方法
2.
DM in the Application of Knowledge Management for Tax Resources Monitoring;
数据挖掘在税源监控知识管理中的应用
3.
It adopts the KDD(Knowledge Discovery in Database) and DM(Data Mining) to mine rolling process database, A schedule model which combines knowledge model and mathematical model was used online to improve the existing schedule model.
该方法采用知识发现(KDD)和数据挖掘(DM)对轧制运行数据库进行挖掘,建立知识模型和数学模型相结合的负荷分配模型。
6) datamining
数据挖掘
1.
Preliminary analysis of plant encoding genes by datamining from a MySQL Database;
基于MySQL数据库的植物编码基因数据挖掘初步分析
2.
Research on the Optimization of Process Parameters Based on DataMining;
基于数据挖掘的工艺参数优化研究
3.
The study of rough set method in datamining;
数据挖掘的粗集方法研究
补充资料:参数
分子式:
CAS号:
性质:对指定应用而言,它可以是赋予的常数值;在泛指时,它可以是一种变量,用来控制随其变化而变化的其他的量。
CAS号:
性质:对指定应用而言,它可以是赋予的常数值;在泛指时,它可以是一种变量,用来控制随其变化而变化的其他的量。
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