Kuaikuai Duan

TL;DR: A double-image encryption is proposed based on the discrete fractional random transform and logistic maps that has high resistance against to the potential attacks such as chosen plaintext attack.

TL;DR: A new discrete fractional transform defined by the fractional order, periodicity and vector parameters is presented, which is named as the discrete multiple-parameter fractional angular transform and a double-image encryption scheme is proposed, which has an obvious advantage that no phase keys are used in the encryption and decryption process.

TL;DR: The peak signal-to-noise is used to evaluate the quality of the decrypted image, which shows that the encryption capacity of the proposed scheme is enhanced considerably and has high security against various attacks, such as chosen plaintext attack.

TL;DR: Simulation results and security analysis verify the feasibility and effectiveness of the proposed double-image sharing scheme using the Shamir’s three-pass protocol in the discrete multiple-parameter fractional angular transform domain.

TL;DR: In this article , a deep multimodal generative data fusion framework for integrating these sources in a classification task involving Alzheimer's disease patients and healthy controls from the ADNI database is presented.