首页|Enhancing image encryption security through integration multi-chaotic systems and mixed pixel-bit level
Enhancing image encryption security through integration multi-chaotic systems and mixed pixel-bit level
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NETL
NSTL
Taylor & Francis
This research proposes a new image encryption method to improve the security of image encryption by integrating a multi-chaotic system and mixed pixel-bit level encryption. In the face of the growing use of communications and computer technology, as well as the need to protect sensitive information, this method utilizes chaotic algorithms to increase encryption security. Experimental results show increased security and resistance to various attacks, validating the method's effectiveness in protecting digital images. The measurement tools used include histograms, information entropy, adjacent pixel correlation coefficient, key sensitivity analysis, and robustness testing. In conclusion, this method offers an effective and robust approach to image encryption, providing an important contribution to the field of information security.
Image encryptioninformation securitymulti-chaotic systemsrobust encryptionmixed chaotic maphyperchaotic encryptionImage cryptographysecure communication
Muhammad Naufal Erza Farandi、Aris Marjuni、Nova Rijati、De Rosal Ignatius Moses Setiadi
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Department of Informatics Engineering, Dian Nuswantoro University, Semarang, Indonesia
NETL
NSTL
Taylor & Francis
