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cryptography | A Wisdom Archive on cryptography | | cryptography A selection of articles related to cryptography | |
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More material related to Cryptography can be found here:
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cryptography, Cryptography, Cryptography - Cryptanalysis, Cryptography - History of cryptography, Cryptography - Other topics, Cryptography - Public key cryptography, Cryptography - Secure communications, Cryptography - Symmetric key cryptography, Cryptography - Terminology, Topics in cryptography — an analytical list of articles and terms., Books on cryptography — an annotated list of suggested readings., List of cryptographers — an annotated list of cryptographers., Important publications in cryptography — some cryptography papers in computer science., Open problems in cryptography, List of cryptography topics — an alphabetical list of cryptography articles., Snake oil
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ARTICLES RELATED TO cryptography | |
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| | |  cryptography: Encyclopedia II - Central processing unit - Design and implementation
Central processing unit - Integer precision.
The way a CPU represents numbers is a design choice that affects the most basic ways in which the device functions. Some early digital computers used an electrical model of the common decimal (base ten) numeral system to represent numbers internally. A few other computers have used more exotic numeral systems like ternary (base three). Nearly all modern CPUs represent numbers in binary form, with each digit being represented by some two-valued physical quantity such as a "high" or "low" voltage. See also:Central processing unit, Central processing unit - History, Central processing unit - Discrete transistor and IC CPUs, Central processing unit - Microprocessors, Central processing unit - CPU operation, Central processing unit - Design and implementation, Central processing unit - Integer precision, Central processing unit - Clock rate, Central processing unit - Parallelism, Central processing unit - Vector processors and SIMD, Central processing unit - Notes Read more here: » Central processing unit: Encyclopedia II - Central processing unit - Design and implementation |
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| | | | cryptography: Encyclopedia II - DNA - The history of DNA research The discovery that DNA was the carrier of genetic information was a process that required many earlier discoveries. The existence of DNA was discovered in the mid 19th century. However, it was only in the early 20th century that researchers began suggesting that it might store genetic information. This was only accepted after the structure of DNA was elucidated by Watson and Crick in their 1953 Nature publication. Watson and Crick proposed the central dogma of molecular biology in 1957, describing the process whereby proteins are produced from nucleic DNA.
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See also:DNA, DNA - Overview, DNA - DNA in practice, DNA - DNA in crime, DNA - DNA in computation, DNA - Overview of molecular structure, DNA - The role of the sequence, DNA - DNA replication, DNA - Mechanical properties relevant to biology, DNA - Strands association and dissociation, DNA - Circular DNA, DNA - Great length versus tiny breadth, DNA - Entropic stretching behavior, DNA - Different helix geometries, DNA - Non-helical forms, DNA - Direction of DNA strands, DNA - Chemical nomenclature 5' and 3', DNA - Sense and antisense, DNA - Distinction between sense and antisense strands, DNA - As viewed by topologists, DNA - Single-stranded DNA ssDNA and repair of mutations, DNA - The history of DNA research, DNA - First isolation of DNA, DNA - Establishing a link between heritable traits and chromosomes, DNA - Discovery of the structure of DNA, DNA - Bibliography Read more here: » DNA: Encyclopedia II - DNA - The history of DNA research |
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| | | | cryptography: Encyclopedia II - Collision - Physical collision
Collision - Dynamics.
In physics, collision means the action of bodies striking or coming together (touching). Collisions involve forces (there is a change in velocity). Collisions can be elastic, meaning they conserve energy and momentum, inelastic, meaning they conserve momentum but not energy, or totally inelastic (or plastic), meaning they conserve momentum and the two objects stick together.
The magnitude of the velocity difference at impact is called the closing speed.
The field of dynamics is concerned with moving and colliding objects. ...
See also:Collision, Collision - Physical collision, Collision - Dynamics, Collision - Billiards, Collision - Traffic, Collision - Attacks by means of a deliberate collision, Collision - Others, Collision - Telecommunications Read more here: » Collision: Encyclopedia II - Collision - Physical collision |
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| | | | cryptography: Encyclopedia II - Computer insecurity - Security and systems design Most current real-world computer security efforts focus on external threats, and generally treat the computer system itself as a trusted system. Some knowledgeable observers consider this to be a disastrous mistake, and point out that this distinction is the cause of much of the insecurity of current computer systems - once an attacker has subverted one part of a system without fine-grained security, he or she usually has access to most or all of the features of that system. Because computer systems are very complex, and cannot be guaranteed to be free ...
See also:Computer insecurity, Computer insecurity - Security and systems design, Computer insecurity - Financial cost, Computer insecurity - Reasons, Computer insecurity - Vulnerabilities, Computer insecurity - Code exploits, Computer insecurity - Eavesdropping, Computer insecurity - Social engineering and human error, Computer insecurity - Denial of service attacks, Computer insecurity - Indirect attacks, Computer insecurity - Backdoors, Computer insecurity - Direct access attacks, Computer insecurity - Reducing vulnerabilities, Computer insecurity - Security measures, Computer insecurity - Difficulty with response, Computer insecurity - Further reading Read more here: » Computer insecurity: Encyclopedia II - Computer insecurity - Security and systems design |
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| | | | cryptography: Encyclopedia II - Charles Babbage - Life Charles Babbage was born in England most likely at 44 Crosby Row, Walworth Road, London. There is quite a discrepancy over the date of Babbage's birth. It was first published in The Times obituary as December 26, 1792. However, days later a nephew of Babbage wrote to say that Babbage was born precisely one year earlier, in 1791. Later evidence, from St. Mary's Newington, London, proved that Babbage was born on January 6, 1792. The reliabi ...
See also:Charles Babbage, Charles Babbage - Life, Charles Babbage - Education, Charles Babbage - Marriage, Charles Babbage - Children, Charles Babbage - Design of computers, Charles Babbage - Difference engine, Charles Babbage - Printer, Charles Babbage - Analytical engine, Charles Babbage - Other accomplishments, Charles Babbage - Odd Read more here: » Charles Babbage: Encyclopedia II - Charles Babbage - Life |
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| | | | cryptography: Encyclopedia - Applied mathematics Applied mathematics is a branch of mathematics that concerns itself with the application of mathematical knowledge to other domains. Such applications include numerical analysis, mathematical physics, mathematics of engineering, linear programming, optimization and operations research, continuous modelling, mathematical biology and bioinformatics, information theory, game theory, probability and statistics, mathematical economics, financial mathematics, actuarial science, cryptography and hence combinatorics and even finite geometry to some extent, graph theory as applied to network anal ...
Read more here: » Applied mathematics: Encyclopedia - Applied mathematics |
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