A Proposal of ClouEdge (Cloud-Edge) Architecture by Using JYAGUCHI Computing Framework

B. P. Gautam, Amit Batajoo, N. Shiratori
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Abstract

Cloud computing is a widely researched area; however, it has some challenges such as lacking the dynamic service delivery feature that can support both edge and cloud computing environment. To address such kind of challenges, we proposed an enhanced JYAGUCHI architecture, a service delivery platform implemented in our previous work that guarantees the secured and dynamic service delivery in both cloud and edge computing environment. In this research, we enhanced JYAGUCHI platform by designing a new architectural component that augments the services as per the granularity of the applications and also ensure the access control for secured service delivery over the Internet. We evaluated our system by testing the performance of each component in terms of resource consumption, latency and network bandwidth metrics within and outside the edge.
基于JYAGUCHI计算框架的ClouEdge(云边缘)架构方案
云计算是一个被广泛研究的领域;然而,它也存在一些挑战,比如缺乏能够同时支持边缘和云计算环境的动态服务交付特性。为了应对此类挑战,我们提出了一种增强的JYAGUCHI架构,这是我们之前工作中实现的服务交付平台,可确保在云和边缘计算环境中安全动态地提供服务。在本研究中,我们通过设计一个新的体系结构组件来增强JYAGUCHI平台,该组件根据应用程序的粒度增加服务,并确保通过Internet安全服务交付的访问控制。我们通过测试每个组件在边缘内外的资源消耗、延迟和网络带宽指标方面的性能来评估系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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