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An Application Deployment Approach Based on Hybrid Cloud

机译:基于混合云的应用程序部署方法

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摘要

Hybrid Cloud is a composition of private and publicclouds, which can assist an application to utilize the advantages of distinct clouds and achieve high availability, scalability and robustness. Despite its benefits, hybrid cloud can present special challenges such as cloud heterogeneity, inconsistent interface, communication overhead between clouds and etc. In this paper, we propose a novel prediction model, to automatically adjust the scale of applications according to real time resource monitoring, for the concern on scalability issues of applications in hybrid cloud. To evaluate the effectiveness and performance of ourapproach, we implement a prototype of hybrid cloud architecture which is capable of resource monitoring, auto scaling, virtual-machine-level load balancing and unified management. We conduct experiments to verify performance cost of Collectd, expanding and recycling virtual machines. Experimental results show that applications can achieve high scalability with atolerable overall overhead provided by resource monitoring, auto scaling and load balancing.
机译:混合云由私有云和公共云组成,可以帮助应用程序利用不同云的优势并实现高可用性,可伸缩性和鲁棒性。尽管混合云有其好处,但它仍会面临诸如云异构,接口不一致,云之间的通信开销等特殊挑战。在本文中,我们提出了一种新颖的预测模型,该模型可以根据实时资源监控自动调整应用程序的规模,关注混合云中应用程序的可伸缩性问题。为了评估我们的方法的有效性和性能,我们实现了一种混合云体系结构的原型,该原型能够进行资源监视,自动扩展,虚拟机级别的负载平衡和统一管理。我们进行实验以验证收集,扩展和回收虚拟机的性能成本。实验结果表明,应用程序可以通过资源监视,自动扩展和负载平衡提供的可承受的总体开销来实现高可伸缩性。

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