SCATSAT - 1数据产品可视化

Jyotsnamayee Ram
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引用次数: 0

摘要

来自SCATSAT-1的数据广泛用于各种陆地和海洋学应用。SCATSAT - 1的有效载荷是一个散射计。散射计测量全球的后向散射系数。利用后向散射系数计算Sigma0、Wind Vectors (over ocean)、Brightness temperature等参数,生成相应的HDF产品。它以各种参数的形式提供4个级别(1-4)的数据产品。这个项目是借助Level 2和Level 3的数据产品进行的。(Sigma0,风矢量和亮度温度)。本项目涵盖的目标是:a)生成符合SCATSAT-1标准的CF(气候和预报元数据公约)数据产品:使数据平台独立并可通过可视化软件包访问的一种方法是使其符合CF标准。b)此外,通过基于http的访问实现数据可视化:数据可视化是科学数据社区学习和研究的关键需求。CF为创建元数据结构提供了一种标准化的机制。目标是要求一致性数据集具有足够的自描述信息(元数据)。可以通过包含约定中定义的额外属性和数据集来创建符合cf的数据产品。此外,还开发了一个web应用程序,用于在地理空间平台上可视化这些数据集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SCATSAT – 1 Data Products Visualization
Data from SCATSAT-1 is widely used in a variety of terrestrial and oceanographic applications. SCATSAT – 1's payload is a scatterometer. The scatterometer measures the backscatter coefficient over the globe. The backscattering coefficient is used to compute parameters such as Sigma0, Wind Vectors (over ocean), and Brightness temperature, and related HDF products are generated. It provides data products in four Levels (1-4) in the form of various parameters. This project is being carried out with the help of data products of Level 2 and 3. (Sigma0, Wind vectors & Brightness Temperature). The objectives covered in this project are: a) To generate CF (Climate and Forecast Metadata Conventions) - compliant SCATSAT-1 data products: One method for making the data platform independent and accessible through visualization packages is to make it CF compliant. b) Additionally, to visualize data through http-based access: Data visualization is a key necessity for the scientific data community's study and research. CF provides a standardized mechanism for creating metadata construct. The goal is to require conforming datasets to have adequate self-describing information (metadata). CF-compliant data products can be created by including extra attributes and datasets as defined in the conventions. In addition, a web application is also developed to visualize these datasets over geospatial platform.
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