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Key management / /dev/random / Unix / Random number generation / Cryptographic hash function / Entropy / Padding / Pseudorandomness / Fortuna / Cryptography / Randomness / Pseudorandom number generators


The following paper was originally published in the Proceedings of the 7th USENIX Security Symposium San Antonio, Texas, January 26-29, 1998 Software Generation of Practically Strong Random Numbers
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Document Date: 2002-04-30 18:06:39

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File Size: 130,22 KB

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San Antonio / /

Company

CBC / Win16 / Oracle / /

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Facility

NetAPI32 library / Computer Science University / BSAFE library / Practically Strong Random Numbers Peter Gutmann University / ToolHelp library / /

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IndustryTerm

graphics devices / cryptographic applications / sound input device / encryption algorithms / polynomial-time algorithm / less sophisticated systems / in-depth search / analysis tools / software timer / security-related applications / block device / /

OperatingSystem

Unix / DOS / SunOS / IRIX / Microsoft Windows / BeOS / Windows NT / Macintosh / OS/2 / Windows 3.x / Windows 95 / /

Organization

Practically Strong Random Numbers Peter Gutmann University of Auckland For / Practically Strong Random Numbers Peter Gutmann Department / MIT / US Federal Reserve / University of Auckland / USENIX Association / /

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Position

driver / /dev/random driver / Unix /dev/random driver / /

Product

ToolHelp / /

ProvinceOrState

Texas / /

Technology

encryption / radiation / semiconductors / encryption algorithms / DNS / Unix / polynomial-time algorithm / block cipher / paging / private key / operating system / shared memory / SSL / operating systems / stream cipher / /

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http /

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