A Systematic Review of the Third Party Auditing in Cloud Security: Security Analysis, Computation Overhead and Performance Evaluation

T. K. Babu, C. D. Guruprakash
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引用次数: 3

Abstract

Cloud storage offers a considerable efficiency and security to the user’s data and provide high flexibility to the user. The hackers make attempt of several attacks to steal the data that increase the concern of data security in cloud. The Third Party Auditing (TPA) method is introduced to check the data integrity. There are several TPA methods developed to improve the privacy and efficiency of the data integrity checking method. Various methods involved in TPA, have been analyzed in this review in terms of function, security and overall performance. Merkel Hash Tree (MHT) method provides efficiency and security in checking the integrity of data. The computational overhead of the proof verify is also analyzed in this review. The communication cost of the most TPA methods observed as low and there is a need of improvement in security of the public auditing.
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云安全第三方审计系统综述:安全分析、计算开销与性能评价
云存储为用户的数据提供了相当高的效率和安全性,并为用户提供了很高的灵活性。黑客试图通过多次攻击来窃取云中的数据,这增加了人们对云数据安全的担忧。引入第三方审计(Third Party Auditing, TPA)方法对数据的完整性进行检查。为了提高数据完整性检查方法的保密性和效率,开发了几种TPA方法。本文从功能、安全性和综合性能等方面分析了TPA中涉及的各种方法。默克尔哈希树(MHT)方法在检查数据完整性方面提供了效率和安全性。本文还分析了证明验证的计算开销。大多数TPA方法的通信成本较低,公共审计的安全性需要改进。
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