VDA:可视化和数据分析

“可视化和数据分析”(Visualization and Data Analysis,简称VDA)是对数据进行图形化展示并深入挖掘其内在价值的交叉学科领域。这一简称便于书写和交流,常见于科研、商业分析、信息技术等多个综合性应用场景,目前尚未有严格统一的学科分类。

Visualization and Data Analysis具体释义

  • 英文缩写:VDA
  • 英语全称:Visualization and Data Analysis
  • 中文意思:可视化和数据分析
  • 中文拼音:kě shì huà hé shù jù fēn xī
  • 相关领域vda 未分类的

Visualization and Data Analysis的英文发音

例句

  1. Process design optimization using embedded hybrid visualization and data analysis techniques within a genetic algorithm optimization framework
  2. 遗传算法优化框架中使用嵌入的混合可视化和数据分析(VDA)的过程设计优化
  3. Based on the defining for the principle and conception of exploratory, this article discussed the primary techniques for exploratory spatial data analysis which includes interactive and dynamic spatial data analysis, geosciences visualization and visual spatial distribution, confirmatory spatial data analysis and spatial data mining.
  4. 在对探索性空间分析的基本原理和概念界定的基础上,探讨交互式和动态空间数据分析、地学可视化及可视化空间分布、确认性空间分析、空间数据挖掘等探索性空间分析的主要技术。
  5. Through the hydrological data visualization and data information to visual images and graphics shown, making all kinds of information and analysis of the results more transparent.
  6. 通过对水文数据的可视化,将数据信息以直观、形象地图形表现出来,使得各种信息和分析结果更加一目了然。
  7. With the rapid development of computer technique, communication technique, space positioning technique, remote sensing and visualization technique GIS hardware and software environment and the methods of spatial data acquisition, storage, access, analysis, representation and visualization will be improved continually and rapidly.
  8. 随着电子计算机技术、通讯技术、空间定位技术、遥感技术和可视化技术的发展,地理信息系统的硬、软件环境,数据采集、存贮、分析和表达等手段,势必要不断进步。
  9. Multi-variable data visualization is complex and is always the focus of vector field visualization. This paper addresses the primary research of applying multi-variable data visualization to physical oceanography and implements the automatic ocean water mess analysis and visualization by applying multi-dimensional transfer functions method to ocean sample data.
  10. 本文对多变量数据可视化技术如何应用于海洋研究进行了初步探索,通过应用多维转换函数技术(Multi-DimensionalTransferFunctions&MTF)于海洋调查数据,实现了海洋水团的自动划分与可视化。