A Secret Share and Key Generation Based Visual Cryptography Approach For Retaining 2D and 3D RGB Color Using Transposition.

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Praveen Chouksey, Rohit Miri, Konda Srinivas et. al.

Abstract

These days advanced symbolism is utilized for some reasons. Beginning similarly as a leisure activity of photography up to the motivation behind security or ID. For more delicate purposes, a picture should be encoded so the picture isn't perceived by an unapproved individual. In this investigation, crossbreed rendering is utilized to scramble and decode RGB pictures. The crossbreed rendering here includes the cycle of randomization and repositioning of pixels before interpretation is made. The presentation of the encryption is estimated by the relationship coefficient where the great outcome is shown by the connection coefficient esteem near 0 (zero). The littlest coefficient esteems acquired are - 0.0227 for test pictures as chessboard pieces that have practically similar highly contrasting zones. The unscrambling cycle delivers precisely the same picture as the first picture, this is shown by the MAE esteem equivalent to 0 (zero) and the relationship coefficient equivalent to 1.0.

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How to Cite
et. al., P. C. R. M. K. S. (2021). A Secret Share and Key Generation Based Visual Cryptography Approach For Retaining 2D and 3D RGB Color Using Transposition. Turkish Journal of Computer and Mathematics Education (TURCOMAT), 12(12), 695–708. https://doi.org/10.17762/turcomat.v12i12.7442
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