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海云创新试验环境测量系统设计与实现
引用本文:张潇丹,李佟,葛敬国. 海云创新试验环境测量系统设计与实现[J]. 微计算机应用, 2014, 0(1): 31-38
作者姓名:张潇丹  李佟  葛敬国
作者单位:中国科学院计算机网络信息中心,北京100190
基金项目:海云创新试验环境资源管理与系统及关键技术研究,(编号:XDA06010200)
摘    要:测量系统是海云创新试验环境必不可少的测量与验证手段。本文提出创新试验环境测量系统的总体架构,支持创新试验环境的实现与应用,在此基础上开展系统的框架和功能设计、实现,研究测量数据接口技术、测量控制调度技术、测量数据存储分析技术、试验生命周期管理技术等,为管理者提供试验环境运行状态的监控手段,为试验用户提供试验资源和过程的测量、管理及分析服务,从而提高试验环境的可控性、可用性及安全性。

关 键 词:试验环境  测量  虚拟化  生命周期

Design and Implementation of Measurement System in the Sea-Cloud Innovative and Experimental Environment
ZHANG Xiaodan,LI Tong,GE Jingguo. Design and Implementation of Measurement System in the Sea-Cloud Innovative and Experimental Environment[J]. Microcomputer Applications, 2014, 0(1): 31-38
Authors:ZHANG Xiaodan  LI Tong  GE Jingguo
Affiliation:(Computer Network Information Center, Chinese Academy of Sciences, Beijing, 100190, China)
Abstract:Measurement system is the key method to monitor and verify various research outcomes in the Sea-Cloud Innovative and Experimental Environment( SCIEE). This paper proposes the architecture of the measurement system,which supports the design and implementation of SCIEE. Based on the architecture we study its framework,function design and implementation. Then,the following techniques are studied: measurement data interface,measurement control and scheduling technique,measurement data analysis and storage,and experiment life cycle management technique. The aim of the proposed system is to provide an monitor method of experimental environment for the administrator,and provide the measurement,management and analysis services for users. Therefore,the controllability,availability and security of the experimental environment can be improved.
Keywords:Experimental Environment  Measurement  Virtualization  Life cycle
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