将Open SAF高可用性解决方案与Open Stack集成

P. Heidari, M. Hormati, M. Toeroe, Yanal Alahmad, F. Khendek
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引用次数: 10

摘要

云计算是提供计算服务的流行范例。云计算框架提供了成本效率、更好的资源利用和可伸缩性。可用性仍然是云的主要挑战之一。诸如Heat之类的解决方案已经被提出,并与Open Stack等云控制器集成。这些解决方案保护服务免受应用程序和基础设施故障的影响。但是,应用程序的恢复与底层基础设施的恢复联系在一起,因此,服务恢复和中断时间可能很长。在本文中,我们提出了一种架构,它集成了现有的用于高可用性的中间件解决方案OpenSAF和OpenStack,用于管理应用程序和基础设施的可用性。我们表明,与Heat相比,所建议的解决方案改善了服务恢复和中断时间,并在冗余模型和恢复操作方面提供了灵活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrating Open SAF High Availability Solution with Open Stack
Cloud computing is a popular paradigm for providing computational services. Cloud computing frameworks offer cost efficiency, better resource utilization and scalability. Availability remains as one of the main challenges for the cloud. Solutions, such as Heat, have been proposed and integrated with cloud controllers like Open Stack. These solutions protect services against application and infrastructure failure. However, the recovery for the application is tied to recovery of the underlying infrastructure, therefore, the service recovery and outage time may be substantial. In this paper we propose an architecture which integrates an existing middleware solution for high availability, OpenSAF, with OpenStack, for the management of the availability of the applications and the infrastructure. We show that in comparison with Heat, the proposed solution improves the service recovery and outage time and offers flexibility in terms of redundancy models and recovery actions.
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