NSSC OpenIR  > 运控部/科学卫星综合运控中心
空间科学虚拟观测台体系结构研究
Alternative TitleResearch of Architecture of the Chinese Space Science Virtual Observatory
傅衍杰; 邹自明; 佟继周; fu_yanjie@cssar.ac.cn
Department运控部/科学卫星综合运控中心
Source Publication天文研究与技术
2011
Volume8Issue:4Pages:395-402
ISSN1672-7673
Language中文
Keyword空间科学 虚拟观测台 体系结构 概念框架 层次结构 核心服务
Abstract科学观测数据的海量增长,使得旨在实现资源互操作的虚拟观测台(VO)应运而生,并迅速受到相关学科的支持和重视。国际虚拟天文台联盟(IVOA)、行星科学数据系统 (PDS)和空间物理归档检索抽取标准(SPASE)等数据组织,正加快制定数据管理模型,推动 VO的发展和跨学科应用。结合空间科学应用研究的特点,在借鉴国内外天文和空间科学 VO研究成果的基础上,提出了一种针对空间科学数据的Hybrid型VO体系结构,并基于此体系结构发展了一个支持同步收割、格式化管道和事件关联发现的空间科学VO原型。实践和应用结果表明,基于这种体系结构建立的VO在解决全局资源的实时同步、异构应用的高度集成和面向科学问题的数据发现等问题上,有一定的普适性。
Other AbstractWith the development of space science,distribution of tremendous amounts of space science data requires a data service system of high interoperability,seamless connectivity,and accessibility/globalsearch support.As a result,a proper grid-based architecture for virtual observatory to deal with the massive growth of data becomes necessary and inevitable.In this paper,aiming to fit the characteristics of applied research in space science,we study a hyberid architecture of virtual observatory from three aspectsconceptual framework,topology,and service model.This architecture has incorporated achievements in the research of space science virtual observatories of China and abroad.We further propose a prototype of space science virtual observatory based on this architecture so that synchronization service for data-harvesting,formatted pipeline,and even correlation discovery are supparted.Experience shows that such a VO has wide applicability in handling issues such as real-time synchronizing,high-level integration of heterogeneous applications,and science-oriented data mining of global resources.
Indexed ByCSCD
Funding Project中国科学院空间科学与应用研究中心
Citation statistics
Cited Times:1[CSCD]   [CSCD Record]
Document Type期刊论文
Identifierhttp://ir.nssc.ac.cn/handle/122/3464
Collection运控部/科学卫星综合运控中心
Corresponding Authorfu_yanjie@cssar.ac.cn
Recommended Citation
GB/T 7714
傅衍杰,邹自明,佟继周,等. 空间科学虚拟观测台体系结构研究[J]. 天文研究与技术,2011,8(4):395-402.
APA 傅衍杰,邹自明,佟继周,&fu_yanjie@cssar.ac.cn.(2011).空间科学虚拟观测台体系结构研究.天文研究与技术,8(4),395-402.
MLA 傅衍杰,et al."空间科学虚拟观测台体系结构研究".天文研究与技术 8.4(2011):395-402.
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