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基于云计算新模式在企业移动一体化中应用 被引量:1

Enterprise mobile integration application based on new cloud computing model
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摘要 云计算技术在国内正得到前所未有的推广,整个公司企业亦面临重要的历史机遇和诸多新的挑战。如何改变传统的数据存取方式,提高企业人员的移动办公能力,提高企业工作效率,这是目前IT部门急需解决的问题。基于云计算新模式的企业移动应用一体化(EMIA)方法,通过在EMIA中结合云计算新模式和计算,提出了一种新的框架,包括前端层,中间层和后端层,在协作体系结构基础上,提出了云化弹性扩缩容和Docker容器标准。作为一个关键特性,所提出的方法在混合框架内集成了访问控制功能,为用户提供基于K8s云化资源调度要求和用户安全凭证的可用云服务的过滤视图。结果表明,云服务可以显着降低尝试从计算密集型业务分析中受益的小型企业的入门成本,并提供以前无法实现的服务。 Cloud computing technology is being promoted unprecedentedly in China,and the whole company is also facing important historical opportunities and many new challenges.How to change the traditional way of data access,improve the mobile office capacity of enterprise personnel,and improve the efficiency of enterprise work is an urgent problem to be solved by IT department at present.Based on the integration method of enterprise mobile applications in the new cloud computing mode,a new framework is proposed by combining the new cloud computing mode and computing in EMIA,including the front-end layer,the middle layer and the back-end layer.On the basis of the collaborative architecture,cloud elastic scaling and Docker container standard are proposed as a key feature.The proposed approach integrates access control functions within a hybrid framework to provide users with a filtering view of cloud services available based on K8scloud resource scheduling requirements and user security credentials.The results show that cloud services can significantly reduce the entry costs of small businesses trying to benefit from computationally intensive business analysis,and provide an access control view to cloud services based on K8scloud resource scheduling requirements and user security credentials.Previously Unachievable Services.
作者 赵志宇 孙北宁 吕维新 Zhao Zhiyu;Sun Beining;Li Weixin(Yunnan Power Grid Corporation Minisitry of Science and Technology Information,Kunming 650217,China)
出处 《国外电子测量技术》 2019年第9期44-48,共5页 Foreign Electronic Measurement Technology
关键词 K8s云化资源调度 容器技术 Docker容器标准 云化弹性扩缩容 K8scloud resource scheduling container technology Docker container standard cloud elastic scaling
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