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Autonomic Secure HPC Fabric Architecture

机译:自主安全HPC架构架构

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摘要

Cloud computing is the major paradigm in today's IT world with the capabilities of security management, high performance, flexibility, scalability. Customers valuing these features can better benefit if they use a cloud environment built using HPC fabric architecture. However, security is still a major concern, not only on the software side but also on the hardware side. There are multiple studies showing that the malicious users can affect the regular customers through the hardware if they are co-located on the same physical system. Therefore, solving possible security concerns on the HPC fabric architecture will clearly make the fabric industries leader in this area. In this paper, we propose an autonomic HPC fabric architecture that leverages both resilient computing capabilities and adaptive anomaly analysis for further security.
机译:云计算是当今IT世界中的主要范例,它具有安全管理,高性能,灵活性和可扩展性的功能。评估这些功能的客户如果使用使用HPC架构架构构建的云环境,则可以更好地受益。但是,安全性仍然是主要关注的问题,不仅在软件方面,而且在硬件方面。有多项研究表明,如果恶意用户位于同一物理系统上,它们会通过硬件影响常规客户。因此,解决HPC光纤架构可能存在的安全隐患显然将使该行业成为该行业的领导者。在本文中,我们提出了一种自主的HPC架构体系结构,该体系结构利用弹性计算功能和自适应异常分析来提高安全性。

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