Sentence examples for modern cryptography systems from inspiring English sources

Present methods for [[integer factorization|prime factorization]] are also inefficient; many modern cryptography systems even rely on that inefficiency.

Factorization of large integers is believed to be a computationally very difficult problem, and the security of many modern cryptography systems is based upon its infeasibility.

Hence the proposed new cryptography system is strongly suitable for most of real-time video and audio applications.

In this paper, a new cryptography system (CS) is proposed and its VLSI architecture is designed and verified.

Because modern cryptography can be so hard to break, even using the brute force of the agency's powerful supercomputers, the agency prefers to collaborate with big software companies and cipher authors, getting hidden access built right into their systems.

For example, modern cryptography relies on the assumption that factoring the product of two large prime numbers is not P.

If these problems were shown to be solvable, that could undermine modern cryptography, which could paralyze electronic commerce and digital privacy because transactions would no longer be secure.

The secure exchange of encryption keys used to scramble and unscramble data is one of the most vexing aspects of modern cryptography.

If not for a computer scientist's hobby of collecting old telegraph codebooks, a crucial chapter in modern cryptography might have been lost to history.

However, if Dr Agrawal's primality test can be extended to factoring numbers, it would mean a rejigging of modern cryptography.

P versus NP has enormous practical and economic importance, because modern cryptography is based on the assumption, which is workable so far, that P does not equal NP.