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云数据中心超融合架构技术及测试评估方法研究 被引量:3

Research on Hyper-converged Architecture Technology and Test Evaluation Method of Cloud Data Center
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摘要 随着云计算服务规模化应用,云端的处理能力和灵活性有了革命性的提升,而5G网络的应用推广也大幅提升了“最后一公里”的整体性能,如何进一步发挥新ICT基础设施带来的效应,以“云边协同”为代表的云、管、端融合技术受到了行业的热切关注。超融合架构(HCI,Hyperconverged Infrastructure)将计算、存储、网络及软件服务融合为一体,在边缘计算节点、私有云、弹性部署的云数据中心等领域成为新的研究和应用热点,本文从超融合架构的技术特征出发,构建了超融合产品性能评估方案,通过实际测试数据分析,为超融合架构在核心应用场景的选型实施和技术研究,提供了具有实际指导意义的评估模型,从而为IT系统设计及优化提供技术选型参考。 With the large-scale application of cloud computing services,the processing capacity and flexibility of the cloud have been revolutionized,and the application and promotion of 5G network has greatly improved the overall performance of the"last mile".How to further exert the effect brought by the new ICT infrastructure,the cloud,management and end convergence technology represented by"cloud edge collaboration"has attracted the industry's keen attention.Hyper-converged Infrastructure(HCI)integrates computing,storage,network and software services,and has become a new research and application hotspot in the fields of edge computing nodes,private clouds,flexibly deployed cloud data centers,etc.Based on the technical characteristics of hyper-converged architecture,this paper constructs a hyper-converged product performance evaluation scheme,IT provides an evaluation model with practical guiding significance for the selection and implementation of hyper-converged architecture in core application scenarios and technical research,thus providing technical selection reference for IT system design and optimization.
作者 赖培源 吴家隐 Lai Peiyuan;Wu Jiayin(Guangdong South China Technology Transfer Center Co.,Ltd.;Computer College of Guangdong Post and Telecommunications Vocational and Technical College,Guangzhou 510630,Guangdong)
出处 《卫星电视与宽带多媒体》 2020年第14期40-43,共4页 Satellite TV & IP Multimedia
基金 广东省科技计划项目“华南技术转移中心建设(第二期)项目”(2018B040401001) 2018广东省普通高校青年创新人才类项目(项目编号:2018GkQNCX140) 2020年广东邮电职业技术学院科研项目(项目编号:201938)。
关键词 超融合架构 新基建 边缘计算 性能评估 Hyper-converged architecture New infrastructure Edge calculation Performance evaluation
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