"cryptography for" is a correct and usable phrase in written English.
This phrase is often used to describe the purpose or application of cryptography, which is the practice and study of techniques for secure communication. Example: "The workshop will cover the basics of cryptography for those interested in protecting their sensitive data online."
Easily accessible cryptography for Internet calling may intensify that debate.
"It would have taken a lot of preparation to mount the kind of attack they did," said Charles Palmer, manager of network security and cryptography for IBM Research.
The first recorded use of cryptography for correspondence was by the Spartans, who as early as 400 bc employed a cipher device called the scytale for secret communication between military commanders.
Earlier in the month a group of Brazilian mathematicians released a set of new codes for a scrambling system called elliptic-curve cryptography, for use by those worried that officially-recommended ones might be tainted.
Warning: this is not lunchtime reading.In this section Cryptography for dummies A diet to die for A cool idea ReprintsAmong an average of 528 types of bacterium found on the heads of 50 turkey and black vultures were those that can cause botulism, gangrene, tetanus, septicaemia, blood clots and metastatic abscesses in other animals.
James Comey, the director of the FBI, has said the encryption of computers, smartphones and other digital gadgets largely benefits paedophiles, criminals and terrorists.In this section Cryptography for dummies A diet to die for A cool idea ReprintsThis is not how technology firms see it.
Cryptology is often and mistakenly considered a synonym for cryptography and occasionally for cryptanalysis, but specialists in the field have for years adopted the convention that cryptology is the more inclusive term, encompassing both cryptography and cryptanalysis.
"This is complex technology that's evolving fast, so there was the perception that surveillance wasn't keeping up with its development," said Prakash Panjwani, vice president for business development at Certicom of Hayward, Calif., which makes cryptography systems for wireless networks.
These experiments use OpenSSL cryptography modules for cryptographic operations such as SHA-1 and AES.
However, directly applying known threshold cryptography solutions for wired network into MANETs faces serious challenges.
The second case study explores the use of an improved cryptography method for improving the scrambling of the transmitted signals.
