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Cyber security VHDL design of superscalar Homomorphic Encryption: A Review

Author(s):

Chandra Kant Maurya , GGITS jabalpur; Abhishek Singh, GGITS jabalpur

Keywords:

VHDL, Cyber Security, cloud System, modulo multiplier, cryptography, Homomorphic encryption

Abstract

with today's Cyber Networks it is possible to transmit both voice and data, including e-mail, pictures and video. Importance of security issues is higher in current data Cyber Networks than in previous systems because users are provided with mechanisms to accomplish very crucial operations such as banking transactions and sharing of confidential business information, which require high levels of protection. Cyber Network Security and cryptography in high speed Cyber Networks demands for specific hardware in order to match up with fast cloud systems. In cryptographic module, Dual key Homomorphic, a symmetric key block cipher is been designed as algorithm for implementation in cyber security. Design goal is to increase data encryption rate i.e. throughput to a substantial value so that design may be used as a cryptographic processor in high speed Cyber Network applications. 2^n+1 modulo multiplier is a main element in Homomorphic encryption of cloud system.

Other Details

Paper ID: IJSRDV8I120081
Published in: Volume : 8, Issue : 12
Publication Date: 01/03/2021
Page(s): 155-157

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