基于微服务架构的Globus科研数据管理平台分析  

Analysis of Scientific Research Data Management Platform Based on Microservice Architecture

作　　者：袁晓明[1] 王美琴[1] YUAN XiaoMing;WANG MeiQin(Soochow University Library,Suzhou 215006,P.R.China)

机构地区：[1]苏州大学图书馆,苏州215006

出　　处：《数字图书馆论坛》2021年第12期22-27,共6页Digital Library Forum

基　　金：2020年度江苏省JALIS数字图书馆专题研究项目“基于社会化精准服务提升馆员专业能力的研究”(编号:2020KT08)资助。

摘　　要：科研数据的爆发式增长和远程共享对数据管理提出需求,可实现弹性扩展、高性能传输、云托管的微服务架构数据管理平台为数据的高效管理提供可能。本文调研分析了芝加哥大学阿贡国家实验室研究团队研发的Globus科研数据管理平台。该平台采用分布式微服务架构,包括身份管理、组群服务、数据传输和数据共享4个微服务模块,模块之间相互独立,通过可视化Web界面实现科研数据的传输和共享。该平台已经应用于多个科研项目的数据管理,完成TB数量级的文件传输,其跨区域高效传输、灵活共享的数据管理模式可为我国科研数据管理提供借鉴。The explosive growth of scientific research data and remote collaboration and sharing put forward the demand for data management.The microservice architecture data management platform with easy elastic expansion,high-performance transmission and cloud hosting makes it possible for efficient data management.This paper investigates the Globus data management platform based on cloud storage developed by the Argonne National Laboratory research team of the University of Chicago.Globus scientific research data management platform adopts distributed micro service architecture,including four micro service modules:identity management,group service,data transmission and data sharing.The services are independent of each other,and scientific research data transmission and sharing are realized through visual Web interface.The platform has been applied to data management of multiple scientific research projects,and has completed terabyte file transmission.The data management mode and flexible data sharing of Globus can provide reference for scientific research data management in China.

关 键 词：科研数据管理 GLOBUS 云服务 SAAS 微服务 

分 类 号：G250[文化科学—图书馆学]