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An Investigation into the Use of the Least Significant Bit Substitution Technique in Digital Watermarking | Science Publications

机译:在数字水印中使用最低有效位替换技术的研究科学出版物

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> Digital imaging companies lose revenue each year to people who are illegally copying and using their images. One prevention mechanism is to digitally encode images making it difficult for others to copy. This could be done using digital fingerprinting or simply adding a visible watermark. The information is hidden in a way that should not attract attention, but make it very difficult to make an exact replica of the image. The information is encoded within a host image, so that the actual appearance of the image does not change, but within the image there is a watermark or secret message, which prohibits the attacker from making an exact copy. The objective with Steganography is not to change the actual message, or make it difficult to read, as cryptography does, rather to hide the existence of the message without distorting the carrier or the actual information. This study presents the results of implementing a Least Significant Bit (LSB) digital watermarking system.
机译: >数字影像公司每年都会因非法复制和使用影像的人而损失收入。一种预防机制是对图像进行数字编码,使其他图像难以复制。可以使用数字指纹或简单地添加可见水印来完成。隐藏信息的方式不应该引起注意,但是很难精确复制图像。该信息被编码在主机映像中,因此映像的实际外观不会改变,但是在映像中存在水印或秘密消息,这阻止了攻击者进行精确的复制。隐秘术的目的不是像加密术那样改变实际消息或使其难以阅读,而是隐藏消息的存在而不会扭曲载体或实际信息。这项研究提出了实现最低有效位(LSB)数字水印系统的结果。

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