cryptographic robustness - meaning and definition. What is cryptographic robustness
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What (who) is cryptographic robustness - definition

Cryptographic Log On; Cryptographic logon

Robustness (evolution)         
  • metabolic network]]. Circles indicate [[metabolite]]s and lines indicate conversions by [[enzyme]]s. Many metabolites can be produced via more than one route, therefore the organism is robust to the loss of some metabolic enzymes
  • fitness]], dark regions have high fitness. ('''a''') White circles have few neutral neighbours, black circles have many. Light grid-regions contain no circles because those sequences have low fitness. ('''b''') Within a neutral network, the population is predicted to evolve towards the centre and away from ‘fitness cliffs’ (dark arrows).
PERSISTENCE OF A CHARACTERISTIC OR TRAIT IN A BIOLOGICAL SYSTEM UNDER PERTURBATIONS OR CONDITIONS OF UNCERTAINTY
Mutational robustness; Genetic robustness; Mutation tolerance
In evolutionary biology, robustness of a biological system (also called biological or genetic robustness) is the persistence of a certain characteristic or trait in a system under perturbations or conditions of uncertainty. Robustness in development is known as canalization.
one-way hash function         
SPECIAL CLASS OF HASH FUNCTION THAT HAS CERTAIN PROPERTIES WHICH MAKE IT SUITABLE FOR USE IN CRYPTOGRAPHY
Message digest; Cryptographic hash; Cryptographic message digest; One-way hash; Modification Detection Code; Cryptographic hash functions; Hash function (cryptography); One-way hash function; CRHF; Secure hash function; One way encryption; Numerical hash; Cryptograhic hash; Cryptographic hash value; Cryptographic Hash Function; Cryptographic one-way hash function; Message-digest; Message-digest algorithm; Sphincter hash; Terahash; Cryptographic hashing; Wide pipe; Wide pipe hash; Wide pipe design; Wide pipe construction; Wide-pipe; Widepipe; Narrowpipe; Narrow-pipe; Narrow pipe; Applications of cryptographic hash functions; Cryptographic hashes; Hash (cryptography)
<algorithm> (Or "message digest function") A {one-way function} which takes a variable-length message and produces a fixed-length hash. Given the hash it is computationally infeasible to find a message with that hash; in fact one can't determine any usable information about a message with that hash, not even a single bit. For some one-way hash functions it's also computationally impossible to determine two messages which produce the same hash. A one-way hash function can be private or public, just like an encryption function. MD5, SHA and Snefru are examples of public one-way hash functions. A public one-way hash function can be used to speed up a public-key digital signature system. Rather than sign a long message, which can take a long time, compute the one-way hash of the message, and sign the hash. {sci.crypt FAQ (ftp://src.doc.ic.ac.uk/usenet/usenet-by-group/sci.crypt/)}. (2001-05-10)
Robustness (computer science)         
PROPERTY OF A COMPUTER SYSTEM TO COPE WITH FAULTS IN INPUT OR EXECUTION
Robust software; Software robustness; Robustness of software; Numerical robustness; Robust machine learning
In computer science, robustness is the ability of a computer system to cope with errors during execution1990. IEEE Standard Glossary of Software Engineering Terminology, IEEE Std 610.

Wikipedia

Cryptographic log on

Cryptographic log-on (CLO) is a process that uses Common Access Cards (CAC) and embedded Public Key Infrastructure (PKI) certificates to authenticate a user's identification to a workstation and network. It replaces the username and passwords for identifying and authenticating users. To log-on cryptographically to a CLO-enabled workstation, users simply insert their CAC into their workstation’s CAC reader and provide their Personal Identification Number (PIN).

The Navy/Marine Corps Intranet, among many other secure networks, uses CLO.