Data visualization is a term frequently used to describe graphical views of application data, such as charts and graphs.
“数据可视化”这个词经常用来描述应用数据的图形化视图，如图表和图形。
It concludes with additional application performance management issues such as data management, data visualization, reporting, and alerting.
它还总结了应用程序性能管理的其他问题，诸如数据管理、数据可视化、报告和警报。
Graphite is a Python web application that has been developed to provide scalable storage and visualization for numeric time-series data.
Graphite是一个PythonWeb应用，用来为数字时序数据提供可伸缩的存储和可视化显示。
Visualization of medical data is an important means for diagnosis and treatment, its techniques have now become the highlights of research and application.
医学数据可视化在临床上已成为辅助诊断和辅助治疗的重要手段，其技术也成为近年来研究和应用的热点。
Commencing on the concept of data visualization, this paper mainly discuss the great significance of data visualization technology and its wide application.
从数据可视化的概念入手，主要讨论了数据可视化技术的重大意义以及它的广泛应用。
The application of GIS technology to the process of atmospheric pollutant dispersion modeling were discussed, including boundary definition, initial state, data preparation and result visualization.
初步探讨了GIS技术在大气质量模型建模过程中在定义边界和初始条件、数据准备、模型运行处理、可视化结果表现等方面的应用。
An important application field of visualization is meteorology visualization. In the field a lot of data is produced, and the data must be visualized, converted to denotation of graphic or image.
气象可视化是可视化的重要应用领域，大量的气象数据必须采用可视化方法，转化为图形、图像才能了解其内部的规律。
The 3-d Visualization technique on medical volume data has extensive application and broad prospects.
医学体数据三维可视化技术有着广泛的应用前景。
In the light of the 3d real-time visualization to highway route designing data, this paper presents the application prospect of this system in highway route design and construction management.
结合三维视景仿真对路线设计过程中数据的三维实时可视化，探讨了三维视景仿真在公路路线设计、施工管理等相关方面的应用前景。
In Chapter 3, we introduce the design and implementation of RVS, including software implementation of application-supported module, visualization processing module and data transmission module.
第三章，介绍RVS系统软件实现，即构成整个系统的应用支持模块、可视化处理模块及数据传输模块的软件实现。
Further work should be done in the collection and management of tree architecture data, the development of functional-structural models, the visualization techniques and forestry-oriented application.
但在树木构筑型数据的采集和管理、结构-功能模型的建立、树木可视化技术的研究及面向林业生产等方面仍需要大量的工作。
Further work should be done in the collection and management of tree architecture data, the development of functional-structural models, the visualization techniques and forestry-oriented application.
但在树木构筑型数据的采集和管理、结构-功能模型的建立、树木可视化技术的研究及面向林业生产等方面仍需要大量的工作。
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