The method of icon semantics association can be applied to the improving of the information retrieve system based on icon, and can be applied to information visualization technology in data mining.
这种图形符号的语义联想方法可以用来改善信息检索系统的人机交互效率以及用于数据挖掘领域中的信息可视化技术。
Several major kinds of data mining methods, including characterization, classification, association rule, clustering, outlier detection, pattern matching, data visualization, and so on.
常用的数据挖掘方法包括描述、分类、关联规则、聚类、孤立点检测、模式匹配、数据可视化等。
Through researching various visualization methods on data mining, we propose a novel interactive visualization outlier data mining method.
通过研究数据挖掘中的各种可视化方法，提出了一种新颖的交互式可视化例外数据挖掘方法。
Finally, a bridge seismic result visualization system based on data mining is developed.
最终开发了一套实用的桥梁抗震分析结果可视化系统。
Visualization mode of spatial data and integration of spatial data mining and visualization are discussed.
并讨论了空间数据可视化表达模式和可视化与空间数据挖掘的整合。
Here, we describe recent database developments that facilitate effective mining and visualization of these data.
这里，我们描述了促进这些数据的有效挖掘和可视化的最新数据库进展。
By applying visualization technique, data mining can strengthen the aim of the data and the reliability of the result.
通过可视化技术的运用，数据挖掘可以增强其数据的针对性和结果的可信度。
Data mining techniques have their origins in methods from statistics, pattern recognition, databases, artificial intelligence, high performance and parallel computing and visualization.
数据挖掘技术起源于从统计方法，模式识别，数据库，人工智能，高性能和并行计算和可视化。
Data mining combines with data visualization to form visual data mining.
数据挖掘和数据可视化技术的结合形成可视数据挖掘。
The key techniques are visualization and data mining.
SPMI的核心技术是可视化技术和数据挖掘技术。
Meanwhile, the paper discusses the problem of data visualization, and resolves it using neural network technique, describes the whole process of building a neural network data mining system.
本论文还简要讨论了在数据库中发现知识的数据可视化问题，并采用神经网络技术解决该问题，描述了建立一个神经网络数据挖掘的全过程。
Foreign Text mining and data visualization tools in patent information analysis.
专利文本挖掘和可视化工具研究。
Foreign Text mining and data visualization tools in patent information analysis.
专利文本挖掘和可视化工具研究。
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