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Service-oriented infrastructure for flood mapping using optical and SAR satellite data

机译:使用光学和SAR卫星数据进行洪水映射的面向服务的基础架构

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In this paper, we present the service-oriented infrastructure within the Wide Area Grid project that was carried out within the Working Group on Information Systems and Services of the Committee on Earth Observation Satellites. The developed infrastructure integrates services and computational resources of several regional and national Grid systems: Ukrainian Academician Grid (with satellite data processing Grid segment, UASpaceGrid) and Grid system at the Center on Earth Observation and Digital Earth of Chinese Academy of Sciences. The study focuses on integrating geo-information services on flood mapping provided by Ukrainian and Chinese entities to benefit from information acquired from multiple sources. We also describe services for workflow automation and management in Grid environment and provide an example of workflow automation for generating flood maps from optical and synthetic-aperture radar satellite imagery. We also discuss issues of enabling trust for the infrastructure using certificates and reputation-based model. Applications of utilizing the developed infrastructure for operational flood mapping in Ukraine and China are given as well.
机译:在本文中,我们介绍了广域网项目中面向服务的基础结构,该项目是在地球观测卫星委员会信息系统和服务工作组内进行的。发达的基础设施集成了多个区域和国家网格系统的服务和计算资源:乌克兰院士网格(带有卫星数据处理网格部分,UASpaceGrid)和中国科学院地球观测与数字地球中心的网格系统。这项研究的重点是将乌克兰和中国实体提供的洪水地图地理信息服务整合在一起,以从多种来源获得的信息中受益。我们还将介绍Grid环境中用于工作流自动化和管理的服务,并提供一个工作流自动化示例,用于从光学和合成孔径雷达卫星图像生成洪水地图。我们还将讨论使用证书和基于信誉的模型为基础结构启用信任的问题。还介绍了在乌克兰和中国利用已开发的基础设施进行业务洪水制图的应用。

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