rda使用户可以发现各种分布式数据资产，并对它们进行建模、可视化和关联处理。
IDA enables users to discover, model, visualize, and relate diverse and distributed data assets.
RDA是一个完整的解决方案，可用于简化数据建模和集成设计，使架构师能够发现、建模、可视化和关联不同的、分布式的数据资产。
RDA is the complete solution for simplification of data modeling and integration design, enabling architects to discover, model, visualize, and relate diverse and distributed data assets.
RationalDataArchitect令您能够发现并可视化现有数据源的结构，以便帮助您估计所提出的变更将产生什么影响。
Rational data Architect allows you to discover and visualize the structure of existing data sources in order to help you evaluate what effects the proposed changes will have.
提出一类色谱分析数据可视化方法，并用于发现天然植物药的化学指纹特征。
A novel visualization method of chromatographic data is proposed and applied to discover the chemical fingerprint features of herbal medicines.
研究人员将把发现作为资源提供给科学社区，然后大家一起对这些数据进行可视化、运用和优化。
Researchers will provide their findings as a resource to the scientific community and then work with the community on visualizing, using and refining the data.
在网站注册的人可以对别人的作品发表看法，或者是用不同的工具对同一资料进行可视化呈现，发现数据中意想不到的形态。
Those who register at the site can comment on one another's work, perhaps visualizing the same information with different tools and discovering unexpected patterns in the data.
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。
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.
依靠GPS对空间数据快速定位，RS数据发现土地动态变化区域，再利用GIS平台进行空间数据组织、管理、分析与可视化。
GPS locates positions quickly, RS finds the dynamic change areas, then the data of RS and GPS are organized by GIS.
但作者对现有的基于行为的时空数据模型的分析中发现已有的模型在个人行为的动态性特征体现、行为可视化以及行为活动的统计、分析等技术上存在一定的欠缺。
But through the analysis of the data model for activity-based, the author found that the current models has some drawbacks on the dynamic character, videotext and statistic analysis and so on.
形象的可视化表达对数据的理解与发现有着极大的辅助作用。
Vivid graphic representations can assist understanding and discovering data in largely.
在分析者通过人机交互缩小感兴趣数据集后，采用平行坐标法进行可视化，支持细节模式的发现。
Software prototype was developed based on this idea and then applied in a terrain dataset to find small clusters that may represent possible soil types in digital soil mapping.
在分析者通过人机交互缩小感兴趣数据集后，采用平行坐标法进行可视化，支持细节模式的发现。
Software prototype was developed based on this idea and then applied in a terrain dataset to find small clusters that may represent possible soil types in digital soil mapping.
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