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machine cryptology - translation to russian
![1869 tobacco label featuring [[William M. Tweed]], 19th-century political boss of New York City](https://commons.wikimedia.org/wiki/Special:FilePath/Boss tweed.jpg?width=200 "1869 tobacco label featuring [[William M. Tweed]], 19th-century political boss of New York City")
![French]] cipher machine, with arms of [[Henri II of France]]](https://commons.wikimedia.org/wiki/Special:FilePath/16th century French cypher machine in the shape of a book with arms of Henri II.jpg?width=200 "French]] cipher machine, with arms of [[Henri II of France]]")
![[[Poznań]] monument (''center'') to Polish cryptanalysts whose breaking of Germany's Enigma machine ciphers, beginning in 1932, altered the course of World War II](https://commons.wikimedia.org/wiki/Special:FilePath/2008-09 Kaiserschloss Kryptologen.JPG?width=200 "[[Poznań]] monument (''center'') to Polish cryptanalysts whose breaking of Germany's Enigma machine ciphers, beginning in 1932, altered the course of World War II")
![First page of a book by [[Al-Kindi]] which discusses encryption of messages](https://commons.wikimedia.org/wiki/Special:FilePath/Al-kindi cryptographic.png?width=200 "First page of a book by [[Al-Kindi]] which discusses encryption of messages")
![[[Whitfield Diffie]] and [[Martin Hellman]], authors of the first published paper on public-key cryptography.](https://commons.wikimedia.org/wiki/Special:FilePath/Diffie and Hellman.jpg?width=200 "[[Whitfield Diffie]] and [[Martin Hellman]], authors of the first published paper on public-key cryptography.")
![Enciphered letter from [[Gabriel de Luetz d'Aramon]], [[French Ambassador to the Ottoman Empire]], after 1546, with partial decipherment](https://commons.wikimedia.org/wiki/Special:FilePath/Encoded letter of Gabriel Luetz d Aramon after 1546 with partial deciphering.jpg?width=200 "Enciphered letter from [[Gabriel de Luetz d'Aramon]], [[French Ambassador to the Ottoman Empire]], after 1546, with partial decipherment")
![Cipher Bureau]], for 7 years before the war, and subsequent decryption at [[Bletchley Park]], was important to Allied victory.<ref name="kahnbook" />](https://commons.wikimedia.org/wiki/Special:FilePath/Enigma.jpg?width=200 "Cipher Bureau]], for 7 years before the war, and subsequent decryption at [[Bletchley Park]], was important to Allied victory.<ref name=\"kahnbook\" />")
![PGP]] and OpenPGP compatible software for time-efficient encryption of messages](https://commons.wikimedia.org/wiki/Special:FilePath/International Data Encryption Algorithm InfoBox Diagram.svg?width=200 "PGP]] and OpenPGP compatible software for time-efficient encryption of messages")
![Reconstructed [[ancient Greek]] ''[[scytale]]'', an early cipher device](https://commons.wikimedia.org/wiki/Special:FilePath/Skytala&EmptyStrip-Shaded.png?width=200 "Reconstructed [[ancient Greek]] ''[[scytale]]'', an early cipher device")
[krip'tɔgrəfə]
общая лексика
криптограф
специалист по криптографии
занимается разработкой шифров
Смотрите также
существительное
общая лексика
специалист по криптографии
шифровальщик
Definition
Wikipedia
In cryptography, the clock was a method devised by Polish mathematician-cryptologist Jerzy Różycki, at the Polish General Staff's Cipher Bureau, to facilitate decrypting German Enigma ciphers. The method determined the rightmost rotor in the German Enigma by exploiting the different turnover positions. For the Poles, learning the rightmost rotor reduced the rotor-order search space by a factor of 3 (the number of rotors). The British improved the method, and it allowed them to use their limited number of bombes more effectively (the British confronted 5 to 8 rotors).
