A Detailed Survey of Fully Homomorphic Encryption Standards to Preserve Privacy over Cloud Communications

Kudratdeep Aulakh, Ramkumar Ketti Ramachandran
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引用次数: 2

Abstract

The Homomorphic Encryption is a term that denotes a technique of encryption to enable additional computation on cipher texts, this additional computation helps to preserve privacy and provides confidentiality to the payloads those are getting processed between cloud server and clients. The term homomorphic is an indication to the homomorphism term used in Algebra. The term chiefly underlines the fact that homomorphisms between cipher text and plaintext spaces are comparable to the encryption and decryption functions. Homomorphic encryption underscores an additional assessment potential for computation over encrypted data, even without accessing the secret key or decrypting data sets. The results of such a computation continue to be encrypted. This paper gives an account of various homomorphic standards followed in cloud communications and summarizes the key facts and stats of these methods.
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在云通信中保护隐私的完全同态加密标准的详细调查
同态加密是一个术语,指的是一种加密技术,可以对密文进行额外的计算,这种额外的计算有助于保护隐私,并为在云服务器和客户端之间处理的有效负载提供机密性。同态一词是代数中同态一词的表示。这个术语主要强调了这样一个事实,即密文和明文空间之间的同态与加密和解密功能相当。同态加密强调了对加密数据进行计算的额外评估潜力,即使不访问密钥或解密数据集。这种计算的结果继续被加密。本文介绍了云通信中遵循的各种同态标准,并总结了这些方法的关键事实和特点。
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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