MaaS advanced provisioning and reservation system

AIMC '15 Pub Date : 2015-04-21 DOI:10.1145/2747470.2747473
Alexandru Sirbu, C. Pop, Florin Pop
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引用次数: 6

Abstract

The ongoing adoption of Cloud Computing at a fast rate has lead to an increase in the number of users and in the same time, in the level of complexity and performance. The interaction model is based on services offered to users at different levels. Metal-as-a-service (MaaS) platforms assure a higher level of performance when compared to typical Cloud platforms, but at the cost of a more complex provisioning system. An advanced reservation and provisioning system for MaaS should alleviate the problem of added complexity by accounting for the observed deployment time of the infrastructures. The paper studies the provisioning capabilities of the Bigstep Full Metal Cloud platform in order to allow the construction of such a system. The main issue addressed is oriented on cloud management automation, SLA and QoS management.
MaaS先进的供应和预订系统
云计算的持续快速采用导致了用户数量的增加,同时也提高了复杂性和性能水平。交互模型基于向不同级别的用户提供的服务。与典型的云平台相比,金属即服务(MaaS)平台确保了更高水平的性能,但代价是更复杂的供应系统。高级的MaaS保留和供应系统应该考虑到基础设施的可观察部署时间,从而减轻增加复杂性的问题。本文研究了Bigstep全金属云平台的供给能力,以便构建这样一个系统。解决的主要问题是面向云管理自动化、SLA和QoS管理。
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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