Data Element & Code Sets Directory
Algorithm, coded
 
Identification of the algorithm.
       
   
S
Old Code
 
 
1
=
DES
Data Encryption Standard. FIPS Pub 46 (January 1977).
     
 
2
=
MAA
Message Authentication Algorithm. Banking-Approved Algorithms for message Authentication. ISO 8731-2.
     
 
3
=
FEAL
FEAL Fast Data Encipherment Algorithm.
     
 
4
=
IDEA
International Data Encryption Algorithm: Lai X., Massey J. ""A Proposal for a New Block Encryption Standard"", Proceedings of Eurocrypt'90, LNCS vol 473, Springer-Verlag, Berlin 1991, and Lai X., Massey J. ""Markov Ciphers and Differential Cryptanalysis"", Proceedings of Eurocrypt'91, LNCS vol 547, Springer-Verlag, Berlin 1991.
     
 
5
=
MD4
The MD4 Message digest algorithm. Rivest R. RSA Data Security Inc. (1990).
     
+
6
=
MD5
The MD5 Message digest algorithm. Rivest R. Dusse S. RSA Data Security Inc. (1991).
S4
   
 
7
=
RIPEMD
Extension of the MD4 - Ripe Report CS - R9324, April 93.
     
 
8
=
SHA
Secure Hashing Algorithm.
     
 
9
=
AR/DFP
Hash function of the German banking industry, submitted to ISO/IEC JTC 1/SC 27/WG 2, Doc N179.
     
+
10
=
RSA
Rivest, Shamir, Adleman: A Method for obtaining Digital Signatures and Public Key Cryptosystems. Communications of the ACM, Vol.21(2), pp 120-126 (1978).
S4
   
 
11
=
DSA
Digital Signature Algorithm/Digital Signature Standard NIST Pub 1993 Draft.
     
 
12
=
RAB
Rabin, "Digitalized signatures and public-key functions as intractable as factorization", MIT Laboratory for Computer Science Technical Report LCS/TR-212, Cambridge, Mass, 1979.
     
 
13
=
TDEA
Triple Data Encryption Algorithm; ANSI X9.52.
     
+
14
=
RIPEMD-160
Dedicated Hash-Function #1; ISO 10118-3.
S4
   
 
15
=
RIPEMD-128
Dedicated Hash-Function #2; ISO/IEC 10118-3.
     
+
16
=
SHA1
Secure Hash Algorithm, dedicated Hash-Function #3; ISO 10118-3.
S4
   
+
17
=
ECC
Elliptic Curve Algorithm, Draft IEEE P1363 standard.
S4
   
 
18
=
ZLIB
Data compression algorithm; Deflate/inflate algorithm published in RFC1950, RFC1951 and RFC1952.
     
 
20
=
INFOZIP
Data compression algorithm.
     
 
21
=
OLZW
Data compression algorithm; Optimized LZW; Published in 'Dr. Dobb's Journal' (Jun 1990).
     
 
22
=
ARITCODE
Data compression algorithm; Arithmetic coding; Published in 'Comm. Of the ACM' (Jun 1987).
     
 
23
=
SHUFF
Data compression algorithm; Static Huffman; Published in 'Proceedings of the I.R.E.' (Sep. 1952).
     
 
24
=
DHUFF
Data compression algorithm; Dynamic Huffman; Published in 'ACM Transaction on Mathematical Software' (Jun 1989).
     
 
25
=
CRC-32
Cyclic Redundancy Check - 32-bit; Ethernet CRC.
     
 
26
=
CRC-CCITT
Cyclic Redundancy Check - 16-bit.
     
 
27
=
ISO/IEC 12042
Data compression for information exchange - Binary arithmetic coding algorithm; ISO/IEC 12042.
     
 
28
=
RC4
Variable-Key Size Symmetric Stream Cipher, specified by RSA Security Inc.
     
 
29
=
RC5
Variable-Key Size Symmetric Block Cipher, published in RFC 2040.
     
 
30
=
HMAC-SHA1
Message Authentication using keyed SHA-1 (published in RFC 2104).
     
 
31
=
HMAC-MD5
Message Authentication using keyed MD5 (published in RFC 2104).
     
 
32
=
HMAC-RIPEMD-160
Messahe Authentication using keyed RIPEMD-160 (published in RFC 2104).
     
 
33
=
HMAC-RIPEMD-128
Message Authentication using keyed RIPEMD-128 (published in RFC 2104).
     
 
34
=
DB-MACv3
MAC calculation (variant 3), using RIPEMD-160 and triple DES (published by Deutsche Bundesbank 1998).
     
 
35
=
LZ77
Lempel Ziv, 1977 data compression algorithm.
     
 
36
=
LZW
Lempel Ziv Welch data compression algorithm.
     
 
37
=
MAC-ISO 8731-1
Message authentication code defined in ISO 8731-1.
     
 
38
=
DIM1
Data integrity mechanism using a cryptographic check function; ISO/IEC 9797, first method.
     
 
39
=
DIM2
Data integrity mechanism using a cryptographic check function; ISO/IEC 9797, second method.
     
 
40
=
MDC2
Modification detection code, IBM System Journal, vol 13, #2, 1991.
     
 
41
=
HDS1
ISO/IEC 10118-1; hash functions using an n-bit block cipher algorithm providing a single length hash code.
     
 
42
=
HDS2
ISO/IEC 10118-1; hash functions using an n-bit block cipher algorithm providing a double length hash code.
     
 
43
=
SQM
ISO/IEC 9594-8. Square-Mod-N hash function for RSA.
     
 
44
=
NVB 7.1
Dutch banking standard for hashing and signing using RSA.
     
 
45
=
PKCS#1-v2_MGF1
Mask Generation Function defined in PKCS#1, Version 2.
     
 
46
=
NVBAK
Dutch banking standard, NVB Authenticity Mark,  published by the NVB, May 1992.
     
 
47
=
MCCP
Banking key management by means of asymmetric algorithms, algorithms using the RSA cryptosystem. Signature construction by means of a separate signature. ISO 11166-2.
     
6+
48
=
SHA-256
Identification of the algorithm.
S4
   
6+
49
=
SHA-512
Secure Hash Algorithm, dedicated Hash-Function #5; ISO 10118-3.
S4
   
6+
50
=
SHA-384
Secure Hash Algorithm, dedicated Hash-Function #6; ISO 10118-3.
S4
   
6+
51
=
WHIRLPOOL
Secure Hash Algorithm, dedicated Hash-Function #7; ISO 10118-3.
S4
   
 
52
=
SHA-224
Secure Hash Algorithm standard issued by NIST (National Institute of Standards and Technology) in FIPS PUB 180-2 (Change Notice 1, 2004).
     
 
ZZZ
=
Mutually agreed
Mutually agreed between trading partners.
     
 
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Edition 2016 Upd. 2021