Most of them are cryptographic abbreviations, not readily deciphered now.
"Mark Twain, A Biography, 1835-1910, Complete" by Albert Bigelow Paine
Let us see what 1804 will give us as a cryptographical number.
"Eight Hundred Leagues on the Amazon" by Jules Verne
My cryptograph won't depend on books.
"The Red Redmaynes" by Eden Phillpotts
But what of the rest of this monstrous cryptograph?
"A Journey to the Centre of the Earth" by Jules Verne
As it was, I assumed the cryptograph to be English.
"The Short-story" by William Patterson Atkinson
Isn't this what you call a cryptograph?
"The Paternoster Ruby" by Charles Edmonds Walk
As it was, I assumed the cryptograph to be English.
"International Short Stories" by Various
Then there was the matter of the NSA cryptographer who had been given an intercepted copy of the protocol.
"Project Daedalus" by Thomas Hoover
It is a cryptograph, but a simple one, familiar to school children.
"Nooks and Corners of Old New York" by Charles Hemstreet
Hence certain cryptographers have set to work and formed the theory of a hidden meaning in all this.
"The Great God Gold" by William Le Queux
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This upgrade enables the Smart-Clone to clone specific automotive cryptographic transponders from Chrysler, Ford, Kia, Lexus, Mazda, Mitsubishi, Nissan, Subaru and Toyota.
Cryptographic Authentication IC Family Prevents Cloning, Secures Data.
The AT88SA family of lowest cost, ultra low power, super secure cryptographic authentication ICs.
However, being a novelty in the cryptographic world, its security has not been thoroughly studied.
Ever since Artur Ekert harnessed this phenomenon to distribute cryptographic keys in 1991, the field has bourgeoned.
In this chapter we will look at choosing and optimizing cryptographic algorithms, particularly for resource-constrained systems, such as embedded systems.
Suite B is the set of cryptographic algorithms recommended by the National Security Agency (NSA) to secure government communications.
Enterprises can't just store cryptographic hashes of user passwords and think they are protected, as attackers spend the time and resources to run them against dictionaries.
Attacks based on an implementation flaw of the Secure Sockets Layer (SSL) cryptographic protocol will be demonstrated on Friday by two security researchers.
The fact that the standard emerged from a country known more for its chocolate than for its software shows the international nature of the cryptographic field.
Until recently, Google, Yahoo, eBay and Amazon were using weak cryptographic signatures to digitally "sign" their own emails — and they still would be had a Florida mathematician not discovered the glaring security hole.
Unless you are a cryptographer, that is.
Biomedical researchers would benefit from emulating the logically rigorous reasoning of the late Alan Turing , British mathematician, computer scientist, and master cryptographer.
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Before using those generators in cryptographic applications, some strong requirements must be checked, for instance, they have to pass the up-to-date National Institute of Standards and Technology (NIST) statistical test suite , they should possess a long cycle length and a good entropy, etc.
A novel pseudo-random number generator based on discrete chaotic iterations
Their sensitivity to initial conditions and their broadband spectrum make them good candidates to generate cryptographically secure PRNGs.
A novel pseudo-random number generator based on discrete chaotic iterations
Moreover, because of its topological chaotic properties, this generator can be used for cryptographic applications.
A novel pseudo-random number generator based on discrete chaotic iterations
TLS protocol is another example in which cryptographically secure PRNGs are needed, during the generation of private key for symmetric cypher.
A novel pseudo-random number generator based on discrete chaotic iterations
Different schemes are used to generate this chaotic sequence. A particular scheme (Scheme 6) offers a sufﬁciently secure randomness for cryptographic applications.
A novel pseudo-random number generator based on discrete chaotic iterations
Linearity is the curse of the cryptographer” (J. L.
Linear solutions for cryptographic nonlinear sequence generators
For cryptographic applications, the degree of the primitive polynomial P (x) is L2 ≈ 64, so that the consuming time is negligible.
Linear solutions for cryptographic nonlinear sequence generators
In this work, pseudorandom sequence generators based on ﬁnite ﬁelds have been analyzed from the point of view of their cryptographic application.
On the Use of Cellular Automata in Symmetric Cryptography
In cryptographic applications, pseudorandom sequence generators currently involve several LFSRs combined by means of nonlinear functions or irregular clocking techniques (see , ).
On the Use of Cellular Automata in Symmetric Cryptography
For cryptographic applications, the degree of the irreducible (primitive) polynomial is L2 ≈ 64, so that the consuming time is negligible.
On the Use of Cellular Automata in Symmetric Cryptography
In many simulation, graphics, simulated-annealing, cryptographic and Monte Carlo/Las Vegas programs, a substantial fraction of the time is used in generating pseudo-random numbers from the uniform, normal or other distributions, so methods of generating such numbers have received much attention .
Some comments on C. S. Wallace's random number generators
In some cryptographic applications it is important for the numbers to be genuinely random, in the sense of being unpredictable, and not merely “pseudorandom”, in the sense of passing various statistical tests.
Some comments on C. S. Wallace's random number generators
In cryptographic applications, pseudorandom sequence generators currently involve several LFSRs combined by means of nonlinear functions or irregular clocking techniques (see , ).
Cellular Automata in Stream Ciphers
For cryptographic applications, the degree of the irreducible (primitive) polynomial is L2 ≈ 64, so that the consuming time is negligible.
Cellular Automata in Stream Ciphers
From a cryptographic point of view, it is fundamental to analyze some additional characteristics of these generators, such as linear complexity or correlation-immunity.
Simple Cellular Automata-Based Linear Models for the Shrinking Generator
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