iData: a community geospatial data sharing environment to support data-driven science

Rajesh Kalyanam, Lan Zhao, Carol X. Song, Yuet Ling Wong, Jaewoo Lee, Nelson B. Villoria
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引用次数: 6

Abstract

With the advent of XSEDE, the national cyberinfrastructure has evolved from a set of traditional HPC resources to a broader range of digital services. Science gateways, which serve as portals to scientific applications, have also evolved as researchers are dealing with rapidly expanding scientific datasets and the increasingly complex workflows. More and more gateways are being developed to support integrated services for running data-driven applications on HPC resources such as those on XSEDE. To facilitate this type of workflow, there is a pressing need for web-based data management systems that are easy to use, support data upload, sharing, access and management, and can be integrated with advanced computation and storage resources. More importantly such systems need to be accessible by users from the broad research and education communities. In this paper, we describe the design and implementation of iData, a web-based community data publishing and sharing system. iData supports both generic file-based data collections and several commonly used environmental data collection formats including time series, GIS vector and raster data. Integrated data processing, visualization and filtering capabilities are provided for these data formats. Currently iData can be downloaded and deployed in a HUBzero-based gateway, and we plan to make it available for non-HUBzero platforms in the future. We present two examples in which iData has been successfully used to support research collaboration in driNET and GEOSHARE projects.
iData:一个社区地理空间数据共享环境,支持数据驱动的科学
随着XSEDE的出现,国家网络基础设施已经从一套传统的高性能计算资源演变为更广泛的数字服务。作为科学应用门户的科学网关也随着研究人员处理快速扩展的科学数据集和日益复杂的工作流程而发展。越来越多的网关正在开发中,以支持在HPC资源(如XSEDE)上运行数据驱动的应用程序的集成服务。为了促进这种工作流程,迫切需要基于web的数据管理系统,该系统易于使用,支持数据上传、共享、访问和管理,并可与先进的计算和存储资源集成。更重要的是,这些系统需要广泛的研究和教育界的用户可以访问。本文介绍了基于web的社区数据发布与共享系统iData的设计与实现。iData既支持通用的基于文件的数据收集,也支持几种常用的环境数据收集格式,包括时间序列、GIS矢量和栅格数据。为这些数据格式提供了集成的数据处理、可视化和过滤功能。目前,iData可以下载并部署在基于hubzero的网关中,我们计划在未来将其提供给非hubzero平台。我们提供了两个例子,其中iData已成功地用于支持driNET和GEOSHARE项目的研究合作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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