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Name | Description |
---|---|
ADLER-32 | Checksum algorithm, developed by Mark Adler in 1995, a modification of the Fletcher checksum, produces a 32-bit integer |
CRC-32 | Cyclic Redundancy Check, error-detecting code, developed in 1975 for the Ethernet, uses a 32-bit generator polynomial |
GOST | Russian national standard hashing function, formerly Soviet, declassified in 1994, produces a 256-bit hash (32-byte) |
HAVAL-128 | Multi-pass Message-Digest, cryptographic hash, developed by Yuliang Zheng in 1992, produces a 128-bit hash (16-byte) |
HAVAL-160 | Multi-pass Message-Digest, cryptographic hash, developed by Josef Pieprzyk in 1992, produces a 160-bit hash (20-byte) |
HAVAL-192 | Multi-pass Message-Digest, cryptographic hash, developed by Jennifer Seberry in 1992, produces a 192-bit hash (24-byte) |
HAVAL-224 | Multi-pass Message-Digest, cryptographic hash, developed by Yuliang Zheng in 1992, produces a 224-bit hash (28-byte) |
HAVAL-256 | Multi-pass Message-Digest, cryptographic hash, developed by Josef Pieprzyk in 1992, produces a 256-bit hash (32-byte) |
MD2 | Message-Digest, cryptographic hash, developed by Ronald Rivest in 1989, produces a 128-bit hash (16-byte) |
MD4 | Message-Digest, cryptographic hash, developed by Ronald Rivest in 1990, produces a 128-bit hash (16-byte) |
MD5 | Message-Digest, cryptographic hash, developed by Ronald Rivest in 1992, produces a 128-bit hash (16-byte) |
RIPEMD-128 | RACE Integrity Primitives Evaluation Message Digest, developed by Hans Dobbertin in 1996, produces a 128-bit hash (16-byte) |
RIPEMD-160 | RACE Integrity Primitives Evaluation Message Digest, developed by Hans Dobbertin in 1996, produces a 160-bit hash (20-byte) |
RIPEMD-256 | RACE Integrity Primitives Evaluation Message Digest, developed by Hans Dobbertin in 1996, produces a 256-bit hash (32-byte) |
RIPEMD-320 | RACE Integrity Primitives Evaluation Message Digest, developed by Hans Dobbertin in 1996, produces a 320-bit hash (40-byte) |
SHA-1 | Secure Hash Algorithm, cryptographic hash, developed by the NSA in 1995, produces a 160-bit hash (20-byte) |
SHA-224 | Secure Hash Algorithm, cryptographic hash, developed by the NSA in 2001, produces a 224-bit hash (28-byte) |
SHA-256 | Secure Hash Algorithm, cryptographic hash, developed by the NSA in 2001, produces a 256-bit hash (32-byte) |
SHA-384 | Secure Hash Algorithm, cryptographic hash, developed by the NSA in 2001, produces a 384-bit hash (48-byte) |
SHA-512 | Secure Hash Algorithm, cryptographic hash, developed by the NSA in 2001, produces a 512-bit hash (64-byte) |
SNEFRU-256 | Cryptographic hash function, developed by Ralph Merkle in 1990, produces a 256-bit hash (32-byte) |
TIGER-128 | Multi-pass Message-Digest, cryptographic hash, developed by Ross Anderson in 1995, produces a 128-bit hash (16-byte) |
TIGER-160 | Multi-pass Message-Digest, cryptographic hash, developed by Ross Anderson in 1995, produces a 160-bit hash (20-byte) |
TIGER-192 | Multi-pass Message-Digest, cryptographic hash, developed by Ross Anderson in 1995, produces a 192-bit hash (24-byte) |
WHIRLPOOL | Message-Digest, cryptographic hash, developed by Vincent Rijmen in 2000, produces a 512-bit hash (64-byte) |
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