Title

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Virtual Machine Security Scheme against Co-Resident Attack in Cloud Computing

Authors

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Dr.G.Nalinipriya1, P.J.Varalakshmi2

Keywords

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co-resident attack, virtual machine allocation policy, security metrics modeling, N/A tool, Cloud-Sim tool

Issue Date

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October – 2015

Abstract

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Cloud computing provide users and enterprises with various capabilities to store and process their data. Cloud security refers to a broad set of policies, technologies and controls deploy to product data. However, customers can face new security risks when they use cloud computing platforms. Previous works mainly attempt to address the problem by eliminating side channels. However, most of these methods are not suitable for immediate deployment due to the required modifications to current cloud platforms. In this paper, we focus on one such threat the co-resident attack, where malicious users build side channels and extract private information from virtual machines co-located on the same server. We choose to solve the problem from a different perspective, by studying how to improve the virtual machine allocation policy, so that it is difficult for attackers to co-locate with their targets. To give security by using Network analyzer tool and cloud-simulation tool. N/A Tool is using to analyze network problem, detect network misuse by internal and external users. Documenting regulatory compliance through logging all perimeter and endpoint traffic. Gather the network statics report. The Cloud-Sim toolkit supports both system and behavior modeling of Cloud system components such as data centers, virtual machines (VMs) and resource provisioning policies.. 

Page(s)

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1-5

ISSN

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2347- 4734

Source

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Vol. 2, No.5, October 2015

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