Statistical pixel block selection

Prashant Manuja, Ravi Saharan
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引用次数: 2

Abstract

Secret information sharing has been the need of hour. The author exploited the opportunity to enhance the amount of information passed through images and above that asserting its security level on a bigger scale. This enhancement of security can be attributed to the development of a new methodology of random pixel block selection. The information to be passed is embedded by altering the pixel values of R, G and B individually or collectively depending upon the amount of information that has to be embedded. The proposed paper presents a steganography technique by pushing its information holding capacity to an all new level whereas at the same time not compromising with its robustness and reliability. Since change in the pixel value is minute and as per a predetermined rule as proposed by the author, the difference between original and stego image is imperceptible to normal human eye. An additional authentication scheme is also added for stego image.
统计像素块选择
秘密信息共享已成为当今时代的需要。作者利用这个机会增加了通过图像传递的信息量,并在此基础上更大规模地主张其安全级别。这种安全性的增强可归因于随机像素块选择的新方法的发展。根据需要嵌入的信息量,通过单独或集体改变R、G和B的像素值来嵌入要传递的信息。本文提出了一种隐写技术,它将信息保存能力提升到一个全新的水平,同时又不影响其鲁棒性和可靠性。由于像素值的变化是微小的,并且按照作者提出的预先确定的规律,原始图像和隐写图像之间的差异是正常人眼难以察觉的。还为隐写映像添加了一个额外的身份验证方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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