Informed Watermarking

Informed Watermarking

by Joachim Eggers, Bernd Girod
     
 
This book deals with digital watermarking, which is defined by the authors of this book as the art of hiding auxiliary information in digital data in a secure, robust and imperceptible fashion. Digital watermarking as a topic has a long history, but before 1995 publications in scientific literature were almost absent. From 1995 onwards however the number of

Overview

This book deals with digital watermarking, which is defined by the authors of this book as the art of hiding auxiliary information in digital data in a secure, robust and imperceptible fashion. Digital watermarking as a topic has a long history, but before 1995 publications in scientific literature were almost absent. From 1995 onwards however the number of publications on watermarking has been steadily increasing. Today a number of workshops and conferences on this topic exist; also a number of scientific journals on watermarking have been published. This renewed scientific interest in digital watermarking has led very quickly to industrial interest, as well. In 1996 the Copy Protection Technical Working Group, a voluntary consortium consisting of the movie industry, the IT industry and the consumer electronics industry, issued a call for watermarking technologies for the purpose of copy protection of DVD-Video. A few years later the Secure Digital Music Initiative issued a similar call, in this case focusing on copy protection of digital music. These two efforts have been only partially successful: copy protection based on digital watermarking is not (yet) implemented on a large scale in any type of consumer device. This current "failure" of watermarking, to live up to its expectations, finds its cause in a large number of reasons, ranging from legal considerations and system aspects to the relative immaturity of watermarking as a technology.

Editorial Reviews

Eggers (University of Erlangen) and Girod (Stanford University) overview several approaches to digital watermarking, and develop a suboptimal practical communication scheme based on Costa's scheme, called the scalar Costa scheme. The approach involves embedding information into independent identically distributed data and attacks by additive white Gaussian noise. The performance limits of digital watermarking facing liner filtering and additive noise attacks are investigated. The final chapter applies the concepts to the digital watermarking of 3D atomic coordinates in chemical structures and digital images. Annotation c. Book News, Inc., Portland, OR

Product Details

ISBN-13:
9781461353201
Publisher:
Springer US
Publication date:
04/30/2013
Series:
The Springer International Series in Engineering and Computer Science , #685
Edition description:
Softcover reprint of the original 1st ed. 2002
Pages:
182
Product dimensions:
6.10(w) x 9.25(h) x 0.02(d)

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