Disappearing Cryptography: Information Hiding: Steganography by Peter Wayner

By Peter Wayner

Cryptology is the perform of hiding electronic info via a number of obfuscatory and steganographic recommendations. the applying of stated strategies allows message confidentiality and sender/receiver id authentication, and is helping to make sure the integrity and safeguard of desktop passwords, ATM card info, electronic signatures, DVD and HDDVD content material, and digital trade. Cryptography is additionally critical to electronic rights administration (DRM), a bunch of strategies for technologically controlling using copyrighted fabric that's being broadly applied and deployed on the behest of organisations that personal and create profit from the masses of millions of mini-transactions that happen day-by-day on courses like iTunes.

This new version of our best-selling booklet on cryptography and data hiding delineates a couple of varied the right way to disguise details in all kinds of electronic media documents. those equipment contain encryption, compression, information embedding and watermarking, information mimicry, and scrambling. over the past five years, the continuing development and exponential raise of machine processing strength have more suitable the efficacy and scope of digital espionage and content material appropriation. hence, this version has amended and accelerated outmoded sections in response to new hazards, and comprises five thoroughly new chapters that introduce more recent extra refined and sophisticated cryptographic algorithms and methods (such as fingerprinting, synchronization, and quantization) able to withstanding the advanced sorts of assault.

Each bankruptcy is split into sections, first supplying an creation and high-level precis if you desire to comprehend the strategies with out wading via technical factors, after which proposing concrete examples and larger aspect when you are looking to write their very own courses. this mix of practicality and concept permits programmers and approach designers not to in basic terms enforce attempted and precise encryption methods, but in addition contemplate possible destiny advancements of their designs, therefore satisfying the necessity for preemptive warning that's changing into ever extra specific because the transference of electronic media escalates.
* contains five thoroughly new chapters that delineate the most up-tp-date and complicated cryptographic algorithms, permitting readers to guard their details opposed to even the main developed digital attacks.
* Conceptual tutelage along side specified mathematical directives permits the reader not to merely comprehend encryption tactics, but in addition to write down courses which expect destiny protection advancements of their design.
* supplies the reader entry to on-line resource code which are used to without delay enforce confirmed cryptographic techniques equivalent to info mimicry and reversible grammar iteration into their very own paintings.

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Additional resources for Disappearing Cryptography: Information Hiding: Steganography & Watermarking (3rd Edition) (The Morgan Kaufmann Series in Software Engineering and Programming)

Sample text

Exercises 27 2,3,4,5, ... , LCj. Then iterate the following procedure for i = 2,3, ... , Lv'GJ. If i is still in the list, delete all proper multiples 2i, 3i, 4i, ... in the list. The numbers remaining in the list are the prime numbers:::; C. Prove the correctness of this algorithm. Write a program that implements it. CHAPTER Congruences and Residue Class Rings In this chapter, we show how to compute in residue class rings and prime residue class groups. We also discuss algorithms for finite abelian groups.

The first nine prime numbers are 2, 3,5, 7, 11, 13,17, 19,23. We denote the set of all primes by ]P. An integer a > 1 that is not a prime is called composite. If the prime p divides the integer a, then p is called prime divisor of a. 2 Every integer a > 1 has a prime divisor. Proof The integer a has a divisor that is greater than I, namely a. Among all divisors of a that are greater than I, let p be the smallest. Then p must be prime. Otherwise, p would have a divisor b with 1 < b < p::::: a. This contradicts the assumption that p is the smallest divisor of a that is greater than 1.

23 Prove that a composite integer n, n > 1 has a prime divisor p with p:sJn. 24 The sieve of Eratosthenes determines all prime numbers p below a given bound C. It works as follows. 12. Exercises 27 2,3,4,5, ... , LCj. Then iterate the following procedure for i = 2,3, ... , Lv'GJ. If i is still in the list, delete all proper multiples 2i, 3i, 4i, ... in the list. The numbers remaining in the list are the prime numbers:::; C. Prove the correctness of this algorithm. Write a program that implements it.

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