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Study on Grid-Based Special Remotely Sensed Data Processing Node

机译:基于网格的特殊遥感数据处理节点研究

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摘要

Everyday, space missions involve the download, from space to ground, of huge amount of raw images that are stored in the ground stations geographically distributed. It is a practical pressing task to process these data resource in real time or almost real time and to effectively share spatial information among remote sensing community. Grid technology can provide access to a global distributed computing environment via authentication, authorization, negotiation and security tools. This paper discusses the key technologies of Grid-based special remotely sensed data processing node. First, the concept of Grid-based special remotely sensed data processing node is introduced. Following is the architecture and functions of this node. Based on this architecture, the tasks scheduling algorithm is presented. Finally we introduce the computing resource meta-module information registry and renewal mechanism of the Grid-based special remotely sensed data processing node for Spatial Information Grid (SIG).
机译:每天,太空任务都需要从太空到地面下载大量原始图像,这些原始图像存储在地理分布的地面站中。实时或几乎实时处理这些数据资源并在遥感社区之间有效共享空间信息是一项紧迫的任务。网格技术可以通过身份验证,授权,协商和安全工具提供对全球分布式计算环境的访问。本文讨论了基于网格的特殊遥感数据处理节点的关键技术。首先,介绍了基于网格的特殊遥感数据处理节点的概念。以下是此节点的体系结构和功能。基于该架构,提出了任务调度算法。最后,我们介绍了空间信息网格(SIG)的基于网格的特殊遥感数据处理节点的计算资源元模块信息注册表和更新机制。

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