CRC

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'''CRC''' stands for ''cyclic redundancy check''
 
'''CRC''' stands for ''cyclic redundancy check''
  
 
CRCs are designed to protect against common types of errors on communication channels, but are not suitable for protecting against intentional alteration of data.  CRCs use a family of related algorithms rather than a single standardized one.  A variety of cyclic redundancy checks have been incorporated into technical specifications.  For example, many specifications, including [[ZIP]], use a variant commonly called [[CRC-32]].
 
CRCs are designed to protect against common types of errors on communication channels, but are not suitable for protecting against intentional alteration of data.  CRCs use a family of related algorithms rather than a single standardized one.  A variety of cyclic redundancy checks have been incorporated into technical specifications.  For example, many specifications, including [[ZIP]], use a variant commonly called [[CRC-32]].
  
== References ==
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== Links ==
* [http://en.wikipedia.org/wiki/Cyclic_redundancy_check Cyclic redundancy check : Wikipedia]
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* [[Wikipedia:Cyclic redundancy check|Cyclic redundancy check : Wikipedia]]
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* [http://www.textfiles.com/programming/FORMATS/crc.pro 1985 Document describing CRC modifications to the Ward Christensen protocol]
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* [https://www.embeddedrelated.com/showarticle/669.php The CRC Wild Goose Chase]
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* [http://reveng.sourceforge.net/ CRC RevEng] - CRC calculator and algorithm finder

Revision as of 22:12, 17 August 2019

File Format
Name CRC
Ontology

CRC stands for cyclic redundancy check

CRCs are designed to protect against common types of errors on communication channels, but are not suitable for protecting against intentional alteration of data. CRCs use a family of related algorithms rather than a single standardized one. A variety of cyclic redundancy checks have been incorporated into technical specifications. For example, many specifications, including ZIP, use a variant commonly called CRC-32.

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