A Proposed Framework for Enhanced Advanced Encryption Standard for Medical Image in Cloud System Using Fast Fourier Transform

Oladimeji Adegbola Isaac, Yusuf Hussaini Amana, Njoku Christian Chimere Abolarinwa Michael Oluwagbenga

Abstract

Medical image storage on a cloud network has many advantages, including limitless storage, data portability, and migration. This framework aims to provide a more secure system capable of protecting data privacy in the cloud. This should address the fundamental issues that prevent users from trusting cloud services. The techniques developed in this study will be useful for encrypting confidential or personal images and information in a variety of digital systems such as mobile phones, personal digital gadgets, and so on. It will eliminate flaws, attack vulnerabilities, and threats of intruding into digital content.  This proposal focuses on developing a cloud-based system for medical image authentication and encryption using the Enhanced Advanced Encryption Standard (EAES) and the Modified Discrete Wavelet Transform (MDWT). For encryption and decryption, the Fast Fourier Transform – Advanced Encryption Standard (FFT-AES) will be used, while the Discrete Wavelet Transform-Modified Particle Swarm Optimization (DWT-MPSO) will be used for watermarking patient information within the encrypted image.

Keywords: Fast Fourier Transform, Medical Images, Cloud Network

How to cite this article: Oladimeji Adegbola Isaac, Yusuf Hussaini Amana, Njoku Christian Chimere Abolarinwa Michael Oluwagbenga, A Proposed Framework for Enhanced Advanced Encryption Standard for Medical Image in Cloud System Using Fast Fourier Transform, Journal of Materials Engineering, Structures and Computation. 1(1) 2022 pp. 1-8

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