Cloudpath:一个多层云计算框架

S. H. Mortazavi, Mohammad Salehe, C. S. Gomes, Caleb Phillips, E. D. Lara
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引用次数: 99

摘要

路径计算是一种新的范式,它将边缘计算视觉推广到部署在网络地理跨度上的多层云架构中。路径计算通过在客户端设备和传统广域云数据中心之间的一系列不断扩大的数据中心上提供存储和计算,支持可扩展和本地化的处理。CloudPath是一个实现路径计算范式的平台。CloudPath包括一个支持动态安装轻量级无状态事件处理程序的执行环境,以及一个按需复制应用程序数据的分布式最终一致存储系统。CloudPath处理程序很小,允许它们在运行CloudPath执行框架的任何服务器上按需快速实例化。然后,CloudPath在多个数据中心层之间自动迁移应用程序数据,以优化访问延迟并减少带宽消耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cloudpath: a multi-tier cloud computing framework
Path computing is a new paradigm that generalizes the edge computing vision into a multi-tier cloud architecture deployed over the geographic span of the network. Path computing supports scalable and localized processing by providing storage and computation along a succession of datacenters of increasing sizes, positioned between the client device and the traditional wide-area cloud data-center. CloudPath is a platform that implements the path computing paradigm. CloudPath consists of an execution environment that enables the dynamic installation of light-weight stateless event handlers, and a distributed eventual consistent storage system that replicates application data on-demand. CloudPath handlers are small, allowing them to be rapidly instantiated on demand on any server that runs the CloudPath execution framework. In turn, CloudPath automatically migrates application data across the multiple datacenter tiers to optimize access latency and reduce bandwidth consumption.
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