Comparison of Encryption Techniques to Encrypt Private Parts of an Image

Shetty, Nisha P.; Muniyal, Balachandra; Kaithi, Rithish Reddy; Yemma, Sarath Chandra Reddy

doi:10.1007/978-981-19-1111-8_40

Cited by 1 publication

(1 citation statement)

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“…Finally, the substitution operation is applied to each of these bytes, using the first 8 × 8 S-box. The criteria used in the substitution operation are the same as in FIPS 197 [43]. Later, the permutation P, boxes, and schedule keys are generated.…”

Section: Cipher Proceduresmentioning

confidence: 99%

Generation of Boxes and Permutations Using a Bijective Function and the Lorenz Equations: An Application to Color Image Encryption

et al. 2023

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Some images that contain sensitive information and travel through the network require security. Therefore, a symmetric cryptosystem that encrypts images and resists known attacks is developed. Subsequently, in this work, an encryption algorithm known as Image Cipher utilizing Lorenz equation and a Bijective Function—ICLEBF are proposed. In the proposal, the Lorenz equations and the Bijective function are used to generate boxes, the permutation, and schedule keys, considering that all these elements are different in each encryption process. The encryption procedure consists of 14 rounds, where a different box is applied in each round. In this type of algorithm, the impact of quantum computers will be less forceful and can be useful for that epoch. On the other hand, the quality of the encrypted images and the loss of sharpness in decoded images with damage are measured. In addition, an attack from five types of noise (one of which is a developed proposal) is carried out by applying it to encrypted images. Finally, the results of the proposed ICLEBF are compared with other recent image encryption algorithms, including the Advanced Encryption Standard. As a result, this proposal resists known attacks and others that the current standard does not support.

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Section: Cipher Proceduresmentioning

confidence: 99%