Independent Submission J. Lee
Request for Comments: 5794 J. Lee
Category: Informational J. Kim
ISSN: 2070-1721 D. Kwon
C. Kim
NSRI
March 2010
Independent Submission J. Lee
Request for Comments: 5794 J. Lee
Category: Informational J. Kim
ISSN: 2070-1721 D. Kwon
C. Kim
NSRI
March 2010
A Description of the ARIA Encryption Algorithm
ARIA加密算法的描述
Abstract
摘要
This document describes the ARIA encryption algorithm. ARIA is a 128-bit block cipher with 128-, 192-, and 256-bit keys. The algorithm consists of a key scheduling part and data randomizing part.
本文档介绍ARIA加密算法。ARIA是一种128位分组密码，具有128、192和256位密钥。该算法由关键调度部分和数据随机化部分组成。
Status of This Memo
关于下段备忘
This document is not an Internet Standards Track specification; it is published for informational purposes.
本文件不是互联网标准跟踪规范；它是为了提供信息而发布的。
This is a contribution to the RFC Series, independently of any other RFC stream. The RFC Editor has chosen to publish this document at its discretion and makes no statement about its value for implementation or deployment. Documents approved for publication by the RFC Editor are not a candidate for any level of Internet Standard; see Section 2 of RFC 5741.
这是对RFC系列的贡献，独立于任何其他RFC流。RFC编辑器已选择自行发布此文档，并且未声明其对实现或部署的价值。RFC编辑批准发布的文件不适用于任何级别的互联网标准；见RFC 5741第2节。
Information about the current status of this document, any errata, and how to provide feedback on it may be obtained at http://www.rfc-editor.org/info/rfc5794.
有关本文件当前状态、任何勘误表以及如何提供反馈的信息，请访问http://www.rfc-editor.org/info/rfc5794.
Copyright Notice
版权公告
Copyright (c) 2010 IETF Trust and the persons identified as the document authors. All rights reserved.
版权所有（c）2010 IETF信托基金和确定为文件作者的人员。版权所有。
This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (http://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document.
本文件受BCP 78和IETF信托有关IETF文件的法律规定的约束(http://trustee.ietf.org/license-info)自本文件出版之日起生效。请仔细阅读这些文件，因为它们描述了您对本文件的权利和限制。
ARIA is a general-purpose block cipher algorithm developed by Korean cryptographers in 2003. It is an iterated block cipher with 128-, 192-, and 256-bit keys and encrypts 128-bit blocks in 12, 14, and 16 rounds, depending on the key size. It is secure and suitable for most software and hardware implementations on 32-bit and 8-bit processors. It was established as a Korean standard block cipher algorithm in 2004 [ARIAKS] and has been widely used in Korea, especially for government-to-public services. It was included in PKCS #11 in 2007 [ARIAPKCS].
ARIA是韩国密码学家于2003年开发的一种通用分组密码算法。它是一种迭代分组密码，具有128、192和256位密钥，并根据密钥大小在12、14和16轮中加密128位块。它是安全的，适用于32位和8位处理器上的大多数软件和硬件实现。它于2004年作为韩国标准分组密码算法[ARIAKS]建立，并在韩国得到广泛应用，特别是在政府到公共服务领域。2007年，它被列入PKCS第11版[ARIAPKCS]。
The algorithm consists of a key scheduling part and data randomizing part.
该算法由关键调度部分和数据随机化部分组成。
The following notations are used in this document to describe the algorithm.
本文件中使用以下符号来描述算法。
^ bitwise XOR operation
<<< left circular rotation
>>> right circular rotation
|| concatenation of bit strings
0x hexadecimal representation
^ bitwise XOR operation
<<< left circular rotation
>>> right circular rotation
|| concatenation of bit strings
0x hexadecimal representation
Let K denote a master key of 128, 192, or 256 bits. Given the master key K, we first define 128-bit values KL and KR as follows.
设K表示128、192或256位的主密钥。给定主密钥K，我们首先定义128位值KL和KR，如下所示。
KL || KR = K || 0 ... 0,
KL | | KR=K | | 0。。。0,
where the number of zeros is 128, 64, or 0, depending on the size of K. That is, KL is set to the leftmost 128 bits of K and KR is set to the remaining bits of K (if any), right-padded with zeros to a 128-bit value. Then, we define four 128-bit values (W0, W1, W2, and W3) as the intermediate round values appearing in the encryption of KL || KR by a 3-round, 256-bit Feistel cipher.
其中，根据K的大小，零的数量为128、64或0。也就是说，KL设置为K的最左边128位，KR设置为K的剩余位（如果有），用零右填充为128位值。然后，我们定义四个128位值（W0、W1、W2和W3）作为中间轮值，这些值出现在通过3轮256位Feistel密码对KL | | KR进行加密的过程中。
W0 = KL, W1 = FO(W0, CK1) ^ KR, W2 = FE(W1, CK2) ^ W0, W3 = FO(W2, CK3) ^ W1.
W0=KL，W1=FO（W0，CK1）^KR，W2=FE（W1，CK2）^W0，W3=FO（W2，CK3）^W1。
Here, FO and FE, respectively called odd and even round functions, are defined in Section 2.4.1. CK1, CK2, and CK3 are 128-bit constants, taking one of the following values.
在这里，第2.4.1节定义了FO和FE，分别称为奇数和偶数圆函数。CK1、CK2和CK3是128位常量，取下列值之一。
C1 = 0x517cc1b727220a94fe13abe8fa9a6ee0
C2 = 0x6db14acc9e21c820ff28b1d5ef5de2b0
C3 = 0xdb92371d2126e9700324977504e8c90e
C1 = 0x517cc1b727220a94fe13abe8fa9a6ee0
C2 = 0x6db14acc9e21c820ff28b1d5ef5de2b0
C3 = 0xdb92371d2126e9700324977504e8c90e
These values are obtained from the first 128*3 bits of the fractional part of 1/PI, where PI is the circle ratio. Now the constants CK1, CK2, and CK3 are defined by the following table.
这些值从1/PI小数部分的前128*3位获得，其中PI是圆比。现在，常数CK1、CK2和CK3由下表定义。
Key size CK1 CK2 CK3 128 C1 C2 C3 192 C2 C3 C1 256 C3 C1 C2
密钥大小CK1 CK2 CK3 128 C1 C2 C3 192 C2 C3 C1 256 C3 C1 C2
For example, if the key size is 192 bits, CK1 = C2, CK2 = C3, and CK3 = C1.
例如，如果密钥大小为192位，则CK1=C2、CK2=C3和CK3=C1。
Once W0, W1, W2, and W3 are determined, we compute encryption round keys ek1, ..., ek17 as follows.
一旦确定了W0、W1、W2和W3，我们将计算加密轮密钥ek1、…、ek17，如下所示。
ek1 = W0 ^(W1 >>> 19),
ek2 = W1 ^(W2 >>> 19),
ek3 = W2 ^(W3 >>> 19),
ek4 = (W0 >>> 19) ^ W3,
ek5 = W0 ^ (W1 >>> 31),
ek6 = W1 ^ (W2 >>> 31),
ek7 = W2 ^ (W3 >>> 31),
ek8 = (W0 >>> 31) ^ W3,
ek9 = W0 ^ (W1 <<< 61),
ek10 = W1 ^ (W2 <<< 61),
ek11 = W2 ^ (W3 <<< 61),
ek12 = (W0 <<< 61) ^ W3,
ek13 = W0 ^ (W1 <<< 31),
ek14 = W1 ^ (W2 <<< 31),
ek15 = W2 ^ (W3 <<< 31),
ek16 = (W0 <<< 31) ^ W3,
ek17 = W0 ^ (W1 <<< 19).
ek1 = W0 ^(W1 >>> 19),
ek2 = W1 ^(W2 >>> 19),
ek3 = W2 ^(W3 >>> 19),
ek4 = (W0 >>> 19) ^ W3,
ek5 = W0 ^ (W1 >>> 31),
ek6 = W1 ^ (W2 >>> 31),
ek7 = W2 ^ (W3 >>> 31),
ek8 = (W0 >>> 31) ^ W3,
ek9 = W0 ^ (W1 <<< 61),
ek10 = W1 ^ (W2 <<< 61),
ek11 = W2 ^ (W3 <<< 61),
ek12 = (W0 <<< 61) ^ W3,
ek13 = W0 ^ (W1 <<< 31),
ek14 = W1 ^ (W2 <<< 31),
ek15 = W2 ^ (W3 <<< 31),
ek16 = (W0 <<< 31) ^ W3,
ek17 = W0 ^ (W1 <<< 19).
The number of rounds depends on the size of the master key as follows.
轮数取决于主钥匙的大小，如下所示。
Key size Number of Rounds 128 12 192 14 256 16
密钥大小轮数128 12 192 14 256 16
Due to an extra key addition layer in the last round, 12-, 14-, and 16-round algorithms require 13, 15, and 17 round keys, respectively.
由于上一轮中有一个额外的密钥添加层，12、14和16轮算法分别需要13、15和17轮密钥。
Decryption round keys are derived from the encryption round keys.
解密轮密钥源自加密轮密钥。
dk1 = ek{n+1}, dk2 = A(ek{n}), dk3 = A(ek{n-1}), ..., dk{n}= A(ek2), dk{n+1}= ek1.
dk1=ek{n+1}，dk2=A（ek{n}），d3=A（ek{n-1}），…，dk{n}=A（ek2），dk{n+1}=ek1。
Here, A and n denote the diffusion layer of ARIA and the number of rounds, respectively. The diffusion layer A is defined in Section 2.4.3.
这里，A和n分别表示ARIA的扩散层和轮数。扩散层A的定义见第2.4.3节。
The data randomizing part of the ARIA algorithm consists of the encryption and decryption processes. The encryption and decryption processes use functions FO, FE, A, SL1, and SL2. These functions are defined in Section 2.4.
ARIA算法的数据随机化部分包括加密和解密过程。加密和解密过程使用函数FO、FE、A、SL1和SL2。这些功能在第2.4节中定义。
Let P be a 128-bit plaintext and K be a 128-bit master key. Let ek1, ..., ek13 be the encryption round keys defined by K. Then the ciphertext C is computed by the following algorithm.
设P为128位明文，K为128位主密钥。设ek1，…，ek13是由K定义的加密轮密钥。然后通过以下算法计算密文C。
P1 = FO(P , ek1 ); // Round 1
P2 = FE(P1 , ek2 ); // Round 2
P3 = FO(P2 , ek3 ); // Round 3
P4 = FE(P3 , ek4 ); // Round 4
P5 = FO(P4 , ek5 ); // Round 5
P6 = FE(P5 , ek6 ); // Round 6
P7 = FO(P6 , ek7 ); // Round 7
P8 = FE(P7 , ek8 ); // Round 8
P9 = FO(P8 , ek9 ); // Round 9
P10 = FE(P9 , ek10); // Round 10
P11 = FO(P10, ek11); // Round 11
C = SL2(P11 ^ ek12) ^ ek13; // Round 12
P1 = FO(P , ek1 ); // Round 1
P2 = FE(P1 , ek2 ); // Round 2
P3 = FO(P2 , ek3 ); // Round 3
P4 = FE(P3 , ek4 ); // Round 4
P5 = FO(P4 , ek5 ); // Round 5
P6 = FE(P5 , ek6 ); // Round 6
P7 = FO(P6 , ek7 ); // Round 7
P8 = FE(P7 , ek8 ); // Round 8
P9 = FO(P8 , ek9 ); // Round 9
P10 = FE(P9 , ek10); // Round 10
P11 = FO(P10, ek11); // Round 11
C = SL2(P11 ^ ek12) ^ ek13; // Round 12
Let P be a 128-bit plaintext and K be a 192-bit master key. Let ek1, ..., ek15 be the encryption round keys defined by K. Then the ciphertext C is computed by the following algorithm.
设P为128位明文，K为192位主密钥。设ek1，…，ek15是由K定义的加密轮密钥。然后通过以下算法计算密文C。
P1 = FO(P , ek1 ); // Round 1
P2 = FE(P1 , ek2 ); // Round 2
P3 = FO(P2 , ek3 ); // Round 3
P4 = FE(P3 , ek4 ); // Round 4
P5 = FO(P4 , ek5 ); // Round 5
P6 = FE(P5 , ek6 ); // Round 6
P7 = FO(P6 , ek7 ); // Round 7
P8 = FE(P7 , ek8 ); // Round 8
P9 = FO(P8 , ek9 ); // Round 9
P10 = FE(P9 , ek10); // Round 10
P11 = FO(P10, ek11); // Round 11
P12 = FE(P11, ek12); // Round 12
P13 = FO(P12, ek13); // Round 13
C = SL2(P13 ^ ek14) ^ ek15; // Round 14
P1 = FO(P , ek1 ); // Round 1
P2 = FE(P1 , ek2 ); // Round 2
P3 = FO(P2 , ek3 ); // Round 3
P4 = FE(P3 , ek4 ); // Round 4
P5 = FO(P4 , ek5 ); // Round 5
P6 = FE(P5 , ek6 ); // Round 6
P7 = FO(P6 , ek7 ); // Round 7
P8 = FE(P7 , ek8 ); // Round 8
P9 = FO(P8 , ek9 ); // Round 9
P10 = FE(P9 , ek10); // Round 10
P11 = FO(P10, ek11); // Round 11
P12 = FE(P11, ek12); // Round 12
P13 = FO(P12, ek13); // Round 13
C = SL2(P13 ^ ek14) ^ ek15; // Round 14
Let P be a 128-bit plaintext and K be a 256-bit master key. Let ek1, ..., ek17 be the encryption round keys defined by K. Then the ciphertext C is computed by the following algorithm.
设P为128位明文，K为256位主密钥。设ek1，…，ek17是由K定义的加密轮密钥。然后通过以下算法计算密文C。
P1 = FO(P , ek1 ); // Round 1
P2 = FE(P1 , ek2 ); // Round 2
P3 = FO(P2 , ek3 ); // Round 3
P4 = FE(P3 , ek4 ); // Round 4
P5 = FO(P4 , ek5 ); // Round 5
P6 = FE(P5 , ek6 ); // Round 6
P7 = FO(P6 , ek7 ); // Round 7
P8 = FE(P7 , ek8 ); // Round 8
P9 = FO(P8 , ek9 ); // Round 9
P10= FE(P9 , ek10); // Round 10
P11= FO(P10, ek11); // Round 11
P12= FE(P11, ek12); // Round 12
P13= FO(P12, ek13); // Round 13
P14= FE(P13, ek14); // Round 14
P15= FO(P14, ek15); // Round 15
C = SL2(P15 ^ ek16) ^ ek17; // Round 16
P1 = FO(P , ek1 ); // Round 1
P2 = FE(P1 , ek2 ); // Round 2
P3 = FO(P2 , ek3 ); // Round 3
P4 = FE(P3 , ek4 ); // Round 4
P5 = FO(P4 , ek5 ); // Round 5
P6 = FE(P5 , ek6 ); // Round 6
P7 = FO(P6 , ek7 ); // Round 7
P8 = FE(P7 , ek8 ); // Round 8
P9 = FO(P8 , ek9 ); // Round 9
P10= FE(P9 , ek10); // Round 10
P11= FO(P10, ek11); // Round 11
P12= FE(P11, ek12); // Round 12
P13= FO(P12, ek13); // Round 13
P14= FE(P13, ek14); // Round 14
P15= FO(P14, ek15); // Round 15
C = SL2(P15 ^ ek16) ^ ek17; // Round 16
The decryption process of ARIA is the same as the encryption process except that encryption round keys are replaced by decryption round keys. For example, encryption round keys ek1, ..., ek13 of the 12-round ARIA algorithm are replaced by decryption round keys dk1, ..., dk13, respectively.
ARIA的解密过程与加密过程相同，只是加密轮密钥被解密轮密钥替换。例如，12轮ARIA算法的加密轮密钥ek1、…、ek13分别替换为解密轮密钥dk1、…、dk13。
There are two types of round functions for ARIA. One is called an odd round function and is denoted by FO. It takes as input a pair (D,RK) of two 128-bit strings and outputs
ARIA有两种类型的圆函数。一个称为奇数轮函数，用FO表示。它将两个128位字符串的一对（D，RK）作为输入和输出
FO(D,RK) = A(SL1(D ^ RK)).
FO（D，RK）=A（SL1（D^RK））。
The other is called an even round function and is denoted by FE. It takes as input a pair (D,RK) of two 128-bit strings and outputs
另一个称为偶数圆函数，用FE表示。它将两个128位字符串的一对（D，RK）作为输入和输出
FE(D,RK) = A(SL2(D ^ RK)).
FE（D，RK）=A（SL2（D^RK））。
Functions SL1 and SL2, called substitution layers, are described in Section 2.4.2. Function A, called a diffusion layer, is described in Section 2.4.3.
第2.4.2节描述了称为替代层的功能SL1和SL2。第2.4.3节描述了称为扩散层的功能A。
ARIA has two types of substitution layers that alternate between rounds. Type 1 is used in the odd rounds, and type 2 is used in the even rounds.
ARIA有两种类型的替换层，在轮之间交替。类型1用于奇数轮，类型2用于偶数轮。
Type 1 substitution layer SL1 is an algorithm that takes a 16-byte string x0 || x1 ||...|| x15 as input and outputs a 16-byte string y0 || y1 ||...|| y15 as follows.
类型1替换层SL1是一种算法，它采用16字节字符串x0 | | x1 | | | | | x15作为输入，并输出16字节字符串y0 | | y1 | | | | y15，如下所示。
y0 = SB1(x0), y1 = SB2(x1), y2 = SB3(x2), y3 = SB4(x3), y4 = SB1(x4), y5 = SB2(x5), y6 = SB3(x6), y7 = SB4(x7), y8 = SB1(x8), y9 = SB2(x9), y10= SB3(x10), y11= SB4(x11), y12= SB1(x12), y13= SB2(x13), y14= SB3(x14), y15= SB4(x15).
y0=SB1（x0），y1=SB2（x1），y2=SB3（x2），y3=SB4（x3），y4=SB1（x4），y5=SB2（x5），y6=SB3（x6），y7=SB4（x7），y8=SB1（x8），y9=SB2（x9），y10=SB3（x10），y11=SB4（x11），y12=SB1（x12），y13=SB2（x13），y14=SB3（x14），y15=SB4（x15）。
Type 2 substitution layer SL2 is an algorithm that takes a 16-byte string x0 || x1 ||...|| x15 as input and outputs a 16-byte string y0 || y1 ||...|| y15 as follows.
类型2替换层SL2是一种以16字节字符串x0 | | x1 | | | | | | x15作为输入并输出16字节字符串y0 | | y1 | | | | y15的算法，如下所示。
y0 = SB3(x0), y1 = SB4(x1), y2 = SB1(x2), y3 = SB2(x3), y4 = SB3(x4), y5 = SB4(x5), y6 = SB1(x6), y7 = SB2(x7), y8 = SB3(x8), y9 = SB4(x9), y10= SB1(x10), y11= SB2(x11), y12= SB3(x12), y13= SB4(x13), y14= SB1(x14), y15= SB2(x15).
y0=SB3（x0），y1=SB4（x1），y2=SB1（x2），y3=SB2（x3），y4=SB3（x4），y5=SB4（x5），y6=SB1（x6），y7=SB2（x7），y8=SB3（x8），y9=SB4（x9），y10=SB1（x10），y11=SB2（x11），y12=SB3（x12），y13=SB4（x13），y14=SB1（x14），y15=SB2（x15）。
Here, SB1, SB2, SB3, and SB4 are S-boxes that take an 8-bit string as input and output an 8-bit string. These S-boxes are defined by the following look-up tables.
这里，SB1、SB2、SB3和SB4是S盒，它们以8位字符串作为输入并输出8位字符串。这些S框由以下查找表定义。
SB1: 0 1 2 3 4 5 6 7 8 9 a b c d e f 00 63 7c 77 7b f2 6b 6f c5 30 01 67 2b fe d7 ab 76 10 ca 82 c9 7d fa 59 47 f0 ad d4 a2 af 9c a4 72 c0 20 b7 fd 93 26 36 3f f7 cc 34 a5 e5 f1 71 d8 31 15 30 04 c7 23 c3 18 96 05 9a 07 12 80 e2 eb 27 b2 75 40 09 83 2c 1a 1b 6e 5a a0 52 3b d6 b3 29 e3 2f 84 50 53 d1 00 ed 20 fc b1 5b 6a cb be 39 4a 4c 58 cf 60 d0 ef aa fb 43 4d 33 85 45 f9 02 7f 50 3c 9f a8 70 51 a3 40 8f 92 9d 38 f5 bc b6 da 21 10 ff f3 d2 80 cd 0c 13 ec 5f 97 44 17 c4 a7 7e 3d 64 5d 19 73 90 60 81 4f dc 22 2a 90 88 46 ee b8 14 de 5e 0b db a0 e0 32 3a 0a 49 06 24 5c c2 d3 ac 62 91 95 e4 79 b0 e7 c8 37 6d 8d d5 4e a9 6c 56 f4 ea 65 7a ae 08 c0 ba 78 25 2e 1c a6 b4 c6 e8 dd 74 1f 4b bd 8b 8a d0 70 3e b5 66 48 03 f6 0e 61 35 57 b9 86 c1 1d 9e e0 e1 f8 98 11 69 d9 8e 94 9b 1e 87 e9 ce 55 28 df f0 8c a1 89 0d bf e6 42 68 41 99 2d 0f b0 54 bb 16
SB1:0 1 2 3 4 5 6 7 8 9 a b c d e f 00 63 7c 77 7b f2 6b 6 f c5 30 01 67 2b fe d7 ab 76 10 ca 82 c9 7d fa 59 47 f0 ad d4 a2 af 9c a4 72 c0 b7 fd 93 26 36 3f f7 cc 34 a5 e5 f1 71 d8 31 30 04 c7 23 c3 18 96 05 9a 07 12 80 e2 b2 75 40 083 1b 5a 5a a0 52 3b d6 b3 b3 b3 b3 b3 29 e3 b2 84 50 50 d3 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6 b6ef aa fb 43 4d 33 85 45 f9 02 7f 50 3c 9f a8 70 51 a3 40 8f 92 9d 38 f5 bc b6 da 21 10 ff f3 d2 80 cd 0c 13 ec 5f 97 44 c4 a7 7e 3d 64 5d 19 73 90 60 81 4f dc 22 2a 90 88 46 ee b8 14 de 5e 0b a0 32 3a 49 06 24 5c c2 d3 ac 62 91 e4 79 b0 e7 e7 c8 37 6d d5 4e a9 6c 56 f4 ea 65 ae 08 c0 78 25 2e b4 1c c6 b4 e8 e88a d0 70 3e b5 66 48 03 f6 0e 61 35 57 b9 86 c1 1d 9e e0 e1 f8 98 11 69 d9 8e 94 9b 1e 87 e9 ce 55 28 df f0 8c a1 89 0d bf e6 42 68 41 99 2d 0f b0 54 bb 16
SB2: 0 1 2 3 4 5 6 7 8 9 a b c d e f 00 e2 4e 54 fc 94 c2 4a cc 62 0d 6a 46 3c 4d 8b d1 10 5e fa 64 cb b4 97 be 2b bc 77 2e 03 d3 19 59 c1 20 1d 06 41 6b 55 f0 99 69 ea 9c 18 ae 63 df e7 bb 30 00 73 66 fb 96 4c 85 e4 3a 09 45 aa 0f ee 10 eb 40 2d 7f f4 29 ac cf ad 91 8d 78 c8 95 f9 2f ce cd 50 08 7a 88 38 5c 83 2a 28 47 db b8 c7 93 a4 12 53 60 ff 87 0e 31 36 21 58 48 01 8e 37 74 32 ca e9 b1 70 b7 ab 0c d7 c4 56 42 26 07 98 60 d9 b6 b9 11 40 80 ec 20 8c bd a0 c9 84 04 49 23 f1 4f 50 1f 13 dc 90 d8 c0 9e 57 e3 c3 7b 65 3b 02 8f 3e e8 25 92 e5 a0 15 dd fd 17 a9 bf d4 9a 7e c5 39 67 fe 76 9d 43 b0 a7 e1 d0 f5 68 f2 1b 34 70 05 a3 8a d5 79 86 a8 c0 30 c6 51 4b 1e a6 27 f6 35 d2 6e 24 16 82 5f da d0 e6 75 a2 ef 2c b2 1c 9f 5d 6f 80 0a 72 44 9b 6c e0 90 0b 5b 33 7d 5a 52 f3 61 a1 f7 b0 d6 3f 7c 6d f0 ed 14 e0 a5 3d 22 b3 f8 89 de 71 1a af ba b5 81
SB2:01 2 3 4 5 6 7 8 9 a b c d e f 00 e2 4e 54 fc 94 c2 4a cc 62 0d 6a 46 3c 4d 8b d1 10 5e fa 64 cb b4 97 be 2b bc 77 2e 03 d3 19 59 c1 20 1d 06 41 6b 55 f0 99 ea 9c 18 ae 63 df e7 bb 30 00 73 fb 96 4c 85 e4 3a 09 aa 0f ee 10 eb 40 2d 7f f4 29 ac cf ad 91 8d 78 c8 95 f9 2f ce cd 50 08 8a 88 38 5c 83 5c 83 2a 28 b8 c7 93 a4 60 ff87 0e 31 36 21 58 48 01 8e 37 74 32 ca e9 b1 70 b7 ab 0c d7 c4 56 42 26 07 98 60 d9 b6 b9 11 40 ec 20 8c bd a0 c9 84 04 49 f1 4f 50 1f 13 dc 90 d8 c0 9e 57 e3 c3 7b 65 3b 02 8f 3e 25 92 e5 a0 15 dd fd 17 a9 bf d4 9a 7e c5 39 fe 76 9d 43 b0 1e d0 f5 68 f2 34 70 05 a3 d5 79 a8 c0 30 c6 51 4b 27 f6 82 6Fda d0 e6 75 a2 ef 2c b2 1c 9f 5d 6f 80 0a 72 44 9b 6c e0 90 0b 5b 33 7d 5a 52 f3 61 a1 f7 b0 d6 3f 7c 6d f0 ed 14 e0 a5 3d 22 b3 f8 89 de 71 1a af ba b5 81
SB3: 0 1 2 3 4 5 6 7 8 9 a b c d e f 00 52 09 6a d5 30 36 a5 38 bf 40 a3 9e 81 f3 d7 fb 10 7c e3 39 82 9b 2f ff 87 34 8e 43 44 c4 de e9 cb 20 54 7b 94 32 a6 c2 23 3d ee 4c 95 0b 42 fa c3 4e 30 08 2e a1 66 28 d9 24 b2 76 5b a2 49 6d 8b d1 25 40 72 f8 f6 64 86 68 98 16 d4 a4 5c cc 5d 65 b6 92 50 6c 70 48 50 fd ed b9 da 5e 15 46 57 a7 8d 9d 84 60 90 d8 ab 00 8c bc d3 0a f7 e4 58 05 b8 b3 45 06 70 d0 2c 1e 8f ca 3f 0f 02 c1 af bd 03 01 13 8a 6b 80 3a 91 11 41 4f 67 dc ea 97 f2 cf ce f0 b4 e6 73 90 96 ac 74 22 e7 ad 35 85 e2 f9 37 e8 1c 75 df 6e a0 47 f1 1a 71 1d 29 c5 89 6f b7 62 0e aa 18 be 1b b0 fc 56 3e 4b c6 d2 79 20 9a db c0 fe 78 cd 5a f4 c0 1f dd a8 33 88 07 c7 31 b1 12 10 59 27 80 ec 5f d0 60 51 7f a9 19 b5 4a 0d 2d e5 7a 9f 93 c9 9c ef e0 a0 e0 3b 4d ae 2a f5 b0 c8 eb bb 3c 83 53 99 61 f0 17 2b 04 7e ba 77 d6 26 e1 69 14 63 55 21 0c 7d
SB3:01 2 3 4 5 6 7 8 9 a b c d e f 00 52 09 6a d5 30 36 a5 38 bf 40 a3 9e 81 f3 d7 fb 10 7c e3 39 82 9b 2f ff 87 34 8e 43 44 c4 de e9 cb 20 54 7b 94 32 a6 c2 23 3d ee 4c 95 0b 42 fa c3 4e 30 08 2e a1 66 28 d9 24 b2 76 5b a2 49 6d 8b d1 25 40 72 f8 f6 64 86 98 16 d4 a4 5 cc 5d 65 b6 92 50 6c 70 50 fd 5e 15 46 a7 90 8dd8 ab 00 8c bc d3 0a f7 e4 58 05 b8 b3 45 06 70 d0 2c 1e 8f ca 3f 02 c1 af bd 03 13 8a 6b 80 3a 91 11 41 F 67 dc ea 97 cf ce f0 b4 e6 73 90 96 ac 74 22 e7 ad 35 85 e2 f9 37 e8 75 df 6e a0 47 f1 71 1d 29 c5 89 6f b7 62 0e aa 18是1b b0 fc 56 3e 4b c6 79 20 9a db c0 fe 78 cd 5a f4 c0 1f dd a8 33 88 c7 31 10 ec5f d0 60 51 7f a9 19 b5 4a 0d 2d e5 7a 9f 93 c9 C ef e0 a0 e0 3b 4d ae 2a f5 b0 c8 eb bb 3c 83 53 99 61 f0 17 2b 04 7e ba 77 d6 26 e1 69 14 63 55 21 0c 7d
SB4: 0 1 2 3 4 5 6 7 8 9 a b c d e f 00 30 68 99 1b 87 b9 21 78 50 39 db e1 72 9 62 3c 10 3e 7e 5e 8e f1 a0 cc a3 2a 1d fb b6 d6 20 c4 8d 20 81 65 f5 89 cb 9d 77 c6 57 43 56 17 d4 40 1a 4d 30 c0 63 6c e3 b7 c8 64 6a 53 aa 38 98 0c f4 9b ed 40 7f 22 76 af dd 3a 0b 58 67 88 06 c3 35 0d 01 8b 50 8c c2 e6 5f 02 24 75 93 66 1e e5 e2 54 d8 10 ce 60 7a e8 08 2c 12 97 32 ab b4 27 0a 23 df ef ca d9 70 b8 fa dc 31 6b d1 ad 19 49 bd 51 96 ee e4 a8 41 80 da ff cd 55 86 36 be 61 52 f8 bb 0e 82 48 69 9a 90 e0 47 9e 5c 04 4b 34 15 79 26 a7 de 29 ae 92 d7 a0 84 e9 d2 ba 5d f3 c5 b0 bf a4 3b 71 44 46 2b fc b0 eb 6f d5 f6 14 fe 7c 70 5a 7d fd 2f 18 83 16 a5 c0 91 1f 05 95 74 a9 c1 5b 4a 85 6d 13 07 4f 4e 45 d0 b2 0f c9 1c a6 bc ec 73 90 7b cf 59 8f a1 f9 2d e0 f2 b1 00 94 37 9f d0 2e 9c 6e 28 3f 80 f0 3d d3 f0 25 8a b5 e7 42 b3 c7 ea f7 4c 11 33 03 a2 ac 60
SB4:01 2 3 4 5 6 7 8 9 a b c d e f 00 30 68 99 1b 87 b9 21 78 50 39 db e1 72 9 62 3c 10 3e 7e 8e f1 a0 cc a3 2a 1d fb b6 d6 20 c4 8d 20 81 65 f5 89 cb 9d 77 c6 57 43 56 17 d4 40 4d 30 c0 63 6c e3 b7 64 6a 53 aa 38 98 0c f4 9b ed 40 7f 22 af dd 0b 58 67 88 06 c3 35 0d 01 8b 50 8c c2 e6 5f 02 24 75 93 1e 10 e2 54 d8e8 08 2c 12 97 32 ab b4 27 0a 23 df ef ca d9 70 b8 fa dc 31 6b d1 ad 19 49 bd 51 96 ee e4 a8 41 da ff cd 55 86 36 be 61 52 f8 bb 0e 82 48 69 9a 90 e0 47 9e 5c 04 4b 34 15 79 26 a7 de 29 ae 92 d7 a0 84 e9 d2 ba 5d f3 c5 b0 bf a4 3b 71 46 2b fc b0 eb 6f d5 f6 14 fe 7c 70 5a 7d fd 18 83 16 a5 91 1f 05 74 a9 c1 5b 85 7F 4e45 d0 b2 0f c9 1c a6 bc ec 73 90 7b cf 59 8f a1 f9 2d e0 f2 b1 00 94 37 9f d0 2e 9c 6e 28 3f 80 f0 3d d3 f0 25 8a b5 e7 42 b3 c7 ea f7 4c 11 33 03 a2 ac 60
For example, SB1(0x23) = 0x26 and SB4(0xef) = 0xd3. Note that SB3 and SB4 are the inverse functions of SB1 and SB2, respectively, and accordingly SL2 is the inverse of SL1.
例如，SB1（0x23）=0x26和SB4（0xef）=0xd3。注意，SB3和SB4分别是SB1和SB2的反函数，因此SL2是SL1的反函数。
Diffusion layer A is an algorithm that takes a 16-byte string x0 || x1 || ... || x15 as input and outputs a 16-byte string y0 || y1 ||...|| y15 by the following equations.
扩散层A是一种采用16字节字符串x0 | | x1 | |…|的算法x15作为输入，并通过以下等式输出16字节字符串y0 | | y1 | | | | y15。
y0 = x3 ^ x4 ^ x6 ^ x8 ^ x9 ^ x13 ^ x14, y1 = x2 ^ x5 ^ x7 ^ x8 ^ x9 ^ x12 ^ x15, y2 = x1 ^ x4 ^ x6 ^ x10 ^ x11 ^ x12 ^ x15, y3 = x0 ^ x5 ^ x7 ^ x10 ^ x11 ^ x13 ^ x14, y4 = x0 ^ x2 ^ x5 ^ x8 ^ x11 ^ x14 ^ x15, y5 = x1 ^ x3 ^ x4 ^ x9 ^ x10 ^ x14 ^ x15, y6 = x0 ^ x2 ^ x7 ^ x9 ^ x10 ^ x12 ^ x13, y7 = x1 ^ x3 ^ x6 ^ x8 ^ x11 ^ x12 ^ x13, y8 = x0 ^ x1 ^ x4 ^ x7 ^ x10 ^ x13 ^ x15, y9 = x0 ^ x1 ^ x5 ^ x6 ^ x11 ^ x12 ^ x14, y10 = x2 ^ x3 ^ x5 ^ x6 ^ x8 ^ x13 ^ x15, y11 = x2 ^ x3 ^ x4 ^ x7 ^ x9 ^ x12 ^ x14, y12 = x1 ^ x2 ^ x6 ^ x7 ^ x9 ^ x11 ^ x12, y13 = x0 ^ x3 ^ x6 ^ x7 ^ x8 ^ x10 ^ x13, y14 = x0 ^ x3 ^ x4 ^ x5 ^ x9 ^ x11 ^ x14, y15 = x1 ^ x2 ^ x4 ^ x5 ^ x8 ^ x10 ^ x15.
y0=x3^x4^x6^x8^x9^x13^x14，y1=x2^x5^x7^x8^x9^x12^x15，y2=x1^x4^x6^x10^x11^x12^x15，y3=x0^x5^x7^x10^x11^x13^x14，y4=x0^x2^x5^x8^x11^x14^x15，y5=x1^x3^x4^x4^x4^x4^x9^x10^x14^x15，y6=x2^x10^x12^x12^x13^x13^x13^x13^x13^x13^x13^x13，y8=x0^x1^x4^x7^x10^x13^x15，y9=x0^x1^x5^x6^x11^x12^x14，y10=x2^x3^x5^x6^x8^x13^x15，y11=x2^x3^x4^x7^x9^x12^x6^x7^x9^x11^x12，y13=x0^x3^x3^x13^x13^x15，y14=x3^x4^x4^x4^x12^x14，y12=x1^x2^x2^x6^x7^x9^x11^x12^x12^x12，y13^x8=x3^x3^x8^x8^x8^x8^x15^x15^x15^x15^x15^x15^x15^x14。
Note that A is an involution. That is, for any 16-byte input string x, x = A(A(x)) holds.
注意A是对合。也就是说，对于任何16字节的输入字符串x，x=A（A（x））保持不变。
ARIA is designed to be resistant to all known attacks on block ciphers [ARIA03]. Its security was analyzed by the COSIC group of K.U.Leuven in Belgium [ARIAEVAL] and no security flaw has been found.
ARIA设计用于抵抗所有已知的分组密码攻击[ARIA03]。比利时K.U.Leuven的COSIC集团[ARIAEVAL]对其安全性进行了分析，未发现任何安全漏洞。
[ARIAEVAL] Biryukov, A., et al., "Security and Performance Analysis of ARIA", K.U.Leuven (2003), available at http://www.cosic.esat.kuleuven.be/publications/ article-500.pdf
[ARIAEVAL]Biryukov，A.，等人，“ARIA的安全性和性能分析”，K.U.Leuven（2003），可在http://www.cosic.esat.kuleuven.be/publications/ article-500.pdf
[ARIA03] Kwon, D., et al., "New Block Cipher: ARIA", ICISC 2003, pp. 432-445.
[ARIA03]Kwon，D.等人，“新分组密码：ARIA”，ICICC 2003，第432-445页。
[ARIAKS] Korean Agency for Technology and Standards (KATS), "128 bit block encryption algorithm ARIA", KS X 1213:2004, December 2004 (In Korean).
[ARIAKS]韩国技术和标准局（KATS），“128位块加密算法ARIA”，KS X 1213:2004，2004年12月（韩文）。
[ARIAPKCS] RSA Laboratories, PKCS #11 v2.20 Amendment 3 Revision 1: Additional PKCS #11 Mechanisms, January 2007.
[ARIAPKCS]RSA实验室，PKCS#11 v2.20修订版3第1版：附加PKCS#11机制，2007年1月。
[X.680] ITU-T Recommendation X.680 (2002) | ISO/IEC 8824-1:2002, Information technology - Abstract Syntax Notation One (ASN.1): Specification of basic notation.
[X.680]ITU-T建议X.680（2002）| ISO/IEC 8824-1:2002，信息技术-抽象语法符号1（ASN.1）：基本符号规范。
[X.681] ITU-T Recommendation X.681 (2002) | ISO/IEC 8824-2:2002, Information technology - Abstract Syntax Notation One (ASN.1): Information object specification.
[X.681]ITU-T建议X.681（2002）| ISO/IEC 8824-2:2002，信息技术-抽象语法符号1（ASN.1）：信息对象规范。
[X.682] ITU-T Recommendation X.682 (2002) | ISO/IEC 8824-3:2002, Information technology - Abstract Syntax Notation One (ASN.1): Constraint specification.
[X.682]ITU-T建议X.682（2002）| ISO/IEC 8824-3:2002，信息技术-抽象语法符号1（ASN.1）：约束规范。
[X.683] ITU-T Recommendation X.683 (2002) | ISO/IEC 8824-4:2002, Information technology - Abstract Syntax Notation One (ASN.1): Parameterization of ASN.1 specifications.
[X.683]ITU-T建议X.683（2002）| ISO/IEC 8824-4:2002，信息技术-抽象语法符号1（ASN.1）：ASN.1规范的参数化。
Here are test data for ARIA in hexadecimal form.
以下是十六进制形式的ARIA测试数据。
- Key : 000102030405060708090a0b0c0d0e0f - Plaintext : 00112233445566778899aabbccddeeff - Ciphertext: d718fbd6ab644c739da95f3be6451778
- 密钥：000102030405060708090a0b0c0d0e0f-明文：00112233445566778899ABBCDDEEFF-密文：d718fbd6ab644c739da95f3be6451778
- Round key generators W0: 000102030405060708090a0b0c0d0e0f W1: 2afbea741e1746dd55c63ba1afcea0a5 W2: 7c8578018bb127e02dfe4e78c288e33c W3: 6785b52b74da46bf181054082763ff6d
- 圆键生成器W0:000102030405060708090a0b0c0d0e0f W1:2afbea741e1746dd55c63ba1afcea0a5 W2:7c8578018bb127e02dfe4e78c288e33c W3:6785b52b74da46bf181054082763ff6d
- Encryption round keys e1: d415a75c794b85c5e0d2a0b3cb793bf6 e2: 369c65e4b11777ab713a3e1e6601b8f4 e3: 0368d4f13d14497b6529ad7ac809e7d0 e4: c644552b549a263fb8d0b50906229eec e5: 5f9c434951f2d2ef342787b1a781794c e6: afea2c0ce71db6de42a47461f4323c54 e7: 324286db44ba4db6c44ac306f2a84b2c e8: 7f9fa93574d842b9101a58063771eb7b e9: aab9c57731fcd213ad5677458fcfe6d4 e10: 2f4423bb06465abada5694a19eb88459 e11: 9f8772808f5d580d810ef8ddac13abeb e12: 8684946a155be77ef810744847e35fad e13: 0f0aa16daee61bd7dfee5a599970fb35
- 加密轮密钥e1:d415a75c794b85c5e0d2a0b3cb793bf6 e2:369C65E4B11777AB713A3E1E66010B8F4 e3:0368d4f13d14497b6529ad7ac809e7d0 e4:C644552B549A2639FB8D0B5090629EEC e5:5F9C434951F2F342787B1781794CE6:AFEA2CE71DB6DE42A47461F4323C54 e7:286DB4DB6C44AC306A4:F2841A787E9E9:AFEA4B4B4B4B4B7B7B1637E9:aab9c57731fcd213ad5677458fcfe6d4 e10:2F4423BB06465ABAD5694A19EB88459 e11:9f8772808f5d580d810ef8ddac13abeb e12:8684946a155be77ef810744847e35fad e13:0f0aa16daee61bd7dfee5a599970fb35
- Intermediate round values P1: 7fc7f12befd0a0791de87fa96b469f52 P2: ac8de17e49f7c5117618993162b189e9 P3: c3e8d59ec2e62d5249ca2741653cb7dd P4: 5d4aebb165e141ff759f669e1e85cc45 P5: 7806e469f68874c5004b5f4a046bbcfa P6: 110f93c9a630cdd51f97d2202413345a P7: e054428ef088fef97928241cd3be499e P8: 5734f38ea1ca3ddd102e71f95e1d5f97 P9: 4903325be3e500cccd52fba4354a39ae P10: cb8c508e2c4f87880639dc896d25ec9d P11: e7e0d2457ed73d23d481424095afdca0
- 中间舍入值P1:7FC7F12EFD0A0791DE87FA96B469F52 P2:ac8de17e49f7c5117618993162b189e9 P3:c3e8d59ec2e62d5249ca2741653cb7dd P4:5d4aebb165e141ff759f669e1e85cc45 P5:7806e469f68874c5004b5f4a046bbcfa P6:110F93C9A630CD51F97D2202413345A P7:E054428EF088FE97928CD3B669E857E957D417F717F717D97:4903325be3e500cccd52fba4354a39ae P10:cb8c508e2c4f87880639dc896d25ec9d P11:e7e0d2457ed73d23d481424095afdca0
Key : 000102030405060708090a0b0c0d0e0f
1011121314151617
Plaintext : 00112233445566778899aabbccddeeff
Ciphertext: 26449c1805dbe7aa25a468ce263a9e79
Key : 000102030405060708090a0b0c0d0e0f
1011121314151617
Plaintext : 00112233445566778899aabbccddeeff
Ciphertext: 26449c1805dbe7aa25a468ce263a9e79
Key : 000102030405060708090a0b0c0d0e0f
101112131415161718191a1b1c1d1e1f
Plaintext : 00112233445566778899aabbccddeeff
Ciphertext: f92bd7c79fb72e2f2b8f80c1972d24fc
Key : 000102030405060708090a0b0c0d0e0f
101112131415161718191a1b1c1d1e1f
Plaintext : 00112233445566778899aabbccddeeff
Ciphertext: f92bd7c79fb72e2f2b8f80c1972d24fc
Here is an ASN.1 module conforming to the 2002 version of ASN.1 [X.680][X.681][X.682][X.683].
这是一个符合2002年版ASN.1[X.680][X.681][X.682][X.683]的ASN.1模块。
AriaModesOfOperation {
iso(1) member-body(2) korea(400) nsri(200046) algorithm (1)
symmetric-encryption-algorithm(1) asn1-module(0) alg-oids(0) }
AriaModesOfOperation {
iso(1) member-body(2) korea(400) nsri(200046) algorithm (1)
symmetric-encryption-algorithm(1) asn1-module(0) alg-oids(0) }
DEFINITIONS IMPLICIT TAGS ::=
BEGIN
DEFINITIONS IMPLICIT TAGS ::=
BEGIN
OID ::= OBJECT IDENTIFIER
OID ::= OBJECT IDENTIFIER
-- Synonyms --
--同义词--
id-algorithm OID ::= { iso(1) member-body(2) korea(410) nsri(200046)
algorithm(1)}
id-algorithm OID ::= { iso(1) member-body(2) korea(410) nsri(200046)
algorithm(1)}
id-sea OID ::= { id-algorithm symmetric-encryption-algorithm(1)}
id-pad OID ::= { id-algorithm pad(2)}
id-sea OID ::= { id-algorithm symmetric-encryption-algorithm(1)}
id-pad OID ::= { id-algorithm pad(2)}
id-pad-null RELATIVE-OID ::= {0} -- no padding algorithms identified
id-pad-1 RELATIVE-OID ::= {1}
-- padding method 2 of ISO/IEC 9797-1:1999
id-pad-null RELATIVE-OID ::= {0} -- no padding algorithms identified
id-pad-1 RELATIVE-OID ::= {1}
-- padding method 2 of ISO/IEC 9797-1:1999
-- confidentiality modes:
-- ECB, CBC, CFB, OFB, CTR
-- confidentiality modes:
-- ECB, CBC, CFB, OFB, CTR
id-aria128-ecb OID ::= { id-sea aria128-ecb(1)}
id-aria128-cbc OID ::= { id-sea aria128-cbc(2)}
id-aria128-cfb OID ::= { id-sea aria128-cfb(3)}
id-aria128-ofb OID ::= { id-sea aria128-ofb(4)}
id-aria128-ctr OID ::= { id-sea aria128-ctr(5)}
id-aria128-ecb OID ::= { id-sea aria128-ecb(1)}
id-aria128-cbc OID ::= { id-sea aria128-cbc(2)}
id-aria128-cfb OID ::= { id-sea aria128-cfb(3)}
id-aria128-ofb OID ::= { id-sea aria128-ofb(4)}
id-aria128-ctr OID ::= { id-sea aria128-ctr(5)}
id-aria192-ecb OID ::= { id-sea aria192-ecb(6)}
id-aria192-cbc OID ::= { id-sea aria192-cbc(7)}
id-aria192-cfb OID ::= { id-sea aria192-cfb(8)}
id-aria192-ofb OID ::= { id-sea aria192-ofb(9)}
id-aria192-ctr OID ::= { id-sea aria192-ctr(10)}
id-aria192-ecb OID ::= { id-sea aria192-ecb(6)}
id-aria192-cbc OID ::= { id-sea aria192-cbc(7)}
id-aria192-cfb OID ::= { id-sea aria192-cfb(8)}
id-aria192-ofb OID ::= { id-sea aria192-ofb(9)}
id-aria192-ctr OID ::= { id-sea aria192-ctr(10)}
id-aria256-ecb OID ::= { id-sea aria256-ecb(11)}
id-aria256-cbc OID ::= { id-sea aria256-cbc(12)}
id-aria256-cfb OID ::= { id-sea aria256-cfb(13)}
id-aria256-ofb OID ::= { id-sea aria256-ofb(14)}
id-aria256-ctr OID ::= { id-sea aria256-ctr(15)}
id-aria256-ecb OID ::= { id-sea aria256-ecb(11)}
id-aria256-cbc OID ::= { id-sea aria256-cbc(12)}
id-aria256-cfb OID ::= { id-sea aria256-cfb(13)}
id-aria256-ofb OID ::= { id-sea aria256-ofb(14)}
id-aria256-ctr OID ::= { id-sea aria256-ctr(15)}
-- authentication modes: CMAC
--认证模式：CMAC
id-aria128-cmac OID ::= { id-sea aria128-cmac(21)}
id-aria192-cmac OID ::= { id-sea aria192-cmac(22)}
id-aria256-cmac OID ::= { id-sea aria256-cmac(23)}
id-aria128-cmac OID ::= { id-sea aria128-cmac(21)}
id-aria192-cmac OID ::= { id-sea aria192-cmac(22)}
id-aria256-cmac OID ::= { id-sea aria256-cmac(23)}
-- modes for both confidentiality and authentication
-- OCB 2.0, GCM, CCM, Key Wrap
-- modes for both confidentiality and authentication
-- OCB 2.0, GCM, CCM, Key Wrap
id-aria128-ocb2 OID ::= { id-sea aria128-ocb2(31)}
id-aria192-ocb2 OID ::= { id-sea aria192-ocb2(32)}
id-aria256-ocb2 OID ::= { id-sea aria256-ocb2(33)}
id-aria128-ocb2 OID ::= { id-sea aria128-ocb2(31)}
id-aria192-ocb2 OID ::= { id-sea aria192-ocb2(32)}
id-aria256-ocb2 OID ::= { id-sea aria256-ocb2(33)}
id-aria128-gcm OID ::= { id-sea aria128-gcm(34)}
id-aria192-gcm OID ::= { id-sea aria192-gcm(35)}
id-aria256-gcm OID ::= { id-sea aria256-gcm(36)}
id-aria128-gcm OID ::= { id-sea aria128-gcm(34)}
id-aria192-gcm OID ::= { id-sea aria192-gcm(35)}
id-aria256-gcm OID ::= { id-sea aria256-gcm(36)}
id-aria128-ccm OID ::= { id-sea aria128-ccm(37)}
id-aria192-ccm OID ::= { id-sea aria192-ccm(38)}
id-aria256-ccm OID ::= { id-sea aria256-ccm(39)}
id-aria128-ccm OID ::= { id-sea aria128-ccm(37)}
id-aria192-ccm OID ::= { id-sea aria192-ccm(38)}
id-aria256-ccm OID ::= { id-sea aria256-ccm(39)}
id-aria128-kw OID ::= { id-sea aria128-kw(40)}
id-aria192-kw OID ::= { id-sea aria192-kw(41)}
id-aria256-kw OID ::= { id-sea aria256-kw(42)}
id-aria128-kw OID ::= { id-sea aria128-kw(40)}
id-aria192-kw OID ::= { id-sea aria192-kw(41)}
id-aria256-kw OID ::= { id-sea aria256-kw(42)}
-- ARIA Key-Wrap with Padding Algorithm (AES version: RFC 5649)
--带填充算法的ARIA密钥换行（AES版本：RFC 5649）
id-aria128-kwp OID ::= { id-sea aria128-kwp(43)}
id-aria192-kwp OID ::= { id-sea aria192-kwp(44)}
id-aria256-kwp OID ::= { id-sea aria256-kwp(45)}
id-aria128-kwp OID ::= { id-sea aria128-kwp(43)}
id-aria192-kwp OID ::= { id-sea aria192-kwp(44)}
id-aria256-kwp OID ::= { id-sea aria256-kwp(45)}
AriaModeOfOperation ::= AlgorithmIdentifier
{ {AriaModeOfOperationAlgorithms} }
AriaModeOfOperation ::= AlgorithmIdentifier
{ {AriaModeOfOperationAlgorithms} }
AriaModeOfOperationAlgorithms ALGORITHM ::= {
aria128ecb |aria128cbc |aria128cfb |aria128ofb |aria128ctr |
aria192ecb |aria192cbc |aria192cfb |aria192ofb |aria192ctr |
aria256ecb |aria256cbc |aria256cfb |aria256ofb |aria256ctr |
aria128cmac |aria192cmac |aria256cmac |
aria128ocb2 |aria192ocb2 |aria256ocb2 |
aria128gcm |aria192gcm |aria256gcm |
aria128ccm |aria192ccm |aria256ccm |
aria128kw |aria192kw |aria256kw |
aria128kwp |aria192kwp |aria256kwp ,
... --Extensible
}
AriaModeOfOperationAlgorithms ALGORITHM ::= {
aria128ecb |aria128cbc |aria128cfb |aria128ofb |aria128ctr |
aria192ecb |aria192cbc |aria192cfb |aria192ofb |aria192ctr |
aria256ecb |aria256cbc |aria256cfb |aria256ofb |aria256ctr |
aria128cmac |aria192cmac |aria256cmac |
aria128ocb2 |aria192ocb2 |aria256ocb2 |
aria128gcm |aria192gcm |aria256gcm |
aria128ccm |aria192ccm |aria256ccm |
aria128kw |aria192kw |aria256kw |
aria128kwp |aria192kwp |aria256kwp ,
... --Extensible
}
aria128ecb ALGORITHM ::=
{ OID id-aria128-ecb PARAMS AriaEcbParameters }
aria128cbc ALGORITHM ::=
{ OID id-aria128-cbc PARAMS AriaCbcParameters }
aria128cfb ALGORITHM ::=
{ OID id-aria128-cfb PARAMS AriaCfbParameters }
aria128ofb ALGORITHM ::=
{ OID id-aria128-ofb PARAMS AriaOfbParameters }
aria128ctr ALGORITHM ::=
{ OID id-aria128-ctr PARAMS AriaCtrParameters }
aria128ecb ALGORITHM ::=
{ OID id-aria128-ecb PARAMS AriaEcbParameters }
aria128cbc ALGORITHM ::=
{ OID id-aria128-cbc PARAMS AriaCbcParameters }
aria128cfb ALGORITHM ::=
{ OID id-aria128-cfb PARAMS AriaCfbParameters }
aria128ofb ALGORITHM ::=
{ OID id-aria128-ofb PARAMS AriaOfbParameters }
aria128ctr ALGORITHM ::=
{ OID id-aria128-ctr PARAMS AriaCtrParameters }
aria192ecb ALGORITHM ::=
{ OID id-aria192-ecb PARAMS AriaEcbParameters }
aria192cbc ALGORITHM ::=
{ OID id-aria192-cbc PARAMS AriaCbcParameters }
aria192cfb ALGORITHM ::=
{ OID id-aria192-cfb PARAMS AriaCfbParameters }
aria192ecb ALGORITHM ::=
{ OID id-aria192-ecb PARAMS AriaEcbParameters }
aria192cbc ALGORITHM ::=
{ OID id-aria192-cbc PARAMS AriaCbcParameters }
aria192cfb ALGORITHM ::=
{ OID id-aria192-cfb PARAMS AriaCfbParameters }
aria192ofb ALGORITHM ::=
{ OID id-aria192-ofb PARAMS AriaOfbParameters }
aria192ctr ALGORITHM ::=
{ OID id-aria192-ctr PARAMS AriaCtrParameters }
aria192ofb ALGORITHM ::=
{ OID id-aria192-ofb PARAMS AriaOfbParameters }
aria192ctr ALGORITHM ::=
{ OID id-aria192-ctr PARAMS AriaCtrParameters }
aria256ecb ALGORITHM ::=
{ OID id-aria256-ecb PARAMS AriaEcbParameters }
aria256cbc ALGORITHM ::=
{ OID id-aria256-cbc PARAMS AriaCbcParameters }
aria256cfb ALGORITHM ::=
{ OID id-aria256-cfb PARAMS AriaCfbParameters }
aria256ofb ALGORITHM ::=
{ OID id-aria256-ofb PARAMS AriaOfbParameters }
aria256ctr ALGORITHM ::=
{ OID id-aria256-ctr PARAMS AriaCtrParameters }
aria256ecb ALGORITHM ::=
{ OID id-aria256-ecb PARAMS AriaEcbParameters }
aria256cbc ALGORITHM ::=
{ OID id-aria256-cbc PARAMS AriaCbcParameters }
aria256cfb ALGORITHM ::=
{ OID id-aria256-cfb PARAMS AriaCfbParameters }
aria256ofb ALGORITHM ::=
{ OID id-aria256-ofb PARAMS AriaOfbParameters }
aria256ctr ALGORITHM ::=
{ OID id-aria256-ctr PARAMS AriaCtrParameters }
aria128cmac ALGORITHM ::=
{ OID id-aria128-cmac PARAMS AriaCmacParameters }
aria192cmac ALGORITHM ::=
{ OID id-aria192-cmac PARAMS AriaCmacParameters }
aria256cmac ALGORITHM ::=
{ OID id-aria256-cmac PARAMS AriaCmacParameters }
aria128cmac ALGORITHM ::=
{ OID id-aria128-cmac PARAMS AriaCmacParameters }
aria192cmac ALGORITHM ::=
{ OID id-aria192-cmac PARAMS AriaCmacParameters }
aria256cmac ALGORITHM ::=
{ OID id-aria256-cmac PARAMS AriaCmacParameters }
aria128ocb2 ALGORITHM ::=
{ OID id-aria128-ocb2 PARAMS AriaOcb2Parameters }
aria192ocb2 ALGORITHM ::=
{ OID id-aria192-ocb2 PARAMS AriaOcb2Parameters }
aria256ocb2 ALGORITHM ::=
{ OID id-aria256-ocb2 PARAMS AriaOcb2Parameters }
aria128ocb2 ALGORITHM ::=
{ OID id-aria128-ocb2 PARAMS AriaOcb2Parameters }
aria192ocb2 ALGORITHM ::=
{ OID id-aria192-ocb2 PARAMS AriaOcb2Parameters }
aria256ocb2 ALGORITHM ::=
{ OID id-aria256-ocb2 PARAMS AriaOcb2Parameters }
aria128gcm ALGORITHM ::=
{ OID id-aria128-gcm PARAMS AriaGcmParameters }
aria192gcm ALGORITHM ::=
{ OID id-aria192-gcm PARAMS AriaGcmParameters }
aria256gcm ALGORITHM ::=
{ OID id-aria256-gcm PARAMS AriaGcmParameters }
aria128gcm ALGORITHM ::=
{ OID id-aria128-gcm PARAMS AriaGcmParameters }
aria192gcm ALGORITHM ::=
{ OID id-aria192-gcm PARAMS AriaGcmParameters }
aria256gcm ALGORITHM ::=
{ OID id-aria256-gcm PARAMS AriaGcmParameters }
aria128ccm ALGORITHM ::=
{ OID id-aria128-ccm PARAMS AriaCcmParameters }
aria192ccm ALGORITHM ::=
{ OID id-aria192-ccm PARAMS AriaCcmParameters }
aria256ccm ALGORITHM ::=
{ OID id-aria256-ccm PARAMS AriaCcmParameters }
aria128ccm ALGORITHM ::=
{ OID id-aria128-ccm PARAMS AriaCcmParameters }
aria192ccm ALGORITHM ::=
{ OID id-aria192-ccm PARAMS AriaCcmParameters }
aria256ccm ALGORITHM ::=
{ OID id-aria256-ccm PARAMS AriaCcmParameters }
aria128kw ALGORITHM ::= { OID id-aria128-kw }
aria192kw ALGORITHM ::= { OID id-aria192-kw }
aria256kw ALGORITHM ::= { OID id-aria256-kw }
aria128kw ALGORITHM ::= { OID id-aria128-kw }
aria192kw ALGORITHM ::= { OID id-aria192-kw }
aria256kw ALGORITHM ::= { OID id-aria256-kw }
aria128kwp ALGORITHM ::= { OID id-aria128-kwp }
aria192kwp ALGORITHM ::= { OID id-aria192-kwp }
aria256kwp ALGORITHM ::= { OID id-aria256-kwp }
aria128kwp ALGORITHM ::= { OID id-aria128-kwp }
aria192kwp ALGORITHM ::= { OID id-aria192-kwp }
aria256kwp ALGORITHM ::= { OID id-aria256-kwp }
AriaPadAlgo ::= CHOICE {
specifiedPadAlgo RELATIVE-OID,
generalPadAlgo OID
}
AriaPadAlgo ::= CHOICE {
specifiedPadAlgo RELATIVE-OID,
generalPadAlgo OID
}
AriaEcbParameters ::= SEQUENCE {
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaEcbParameters ::= SEQUENCE {
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaCbcParameters ::= SEQUENCE {
m INTEGER DEFAULT 1,
-- number of stored ciphertext blocks
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-1
}
AriaCbcParameters ::= SEQUENCE {
m INTEGER DEFAULT 1,
-- number of stored ciphertext blocks
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-1
}
AriaCfbParameters ::= SEQUENCE {
r INTEGER,
-- bit-length of feedback buffer, 128<=r<=128*1024
k INTEGER,
-- bit-length of feedback variable, 1<=k<=128
j INTEGER,
-- bit-length of plaintext/ciphertext block, 1<=j<=k
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaCfbParameters ::= SEQUENCE {
r INTEGER,
-- bit-length of feedback buffer, 128<=r<=128*1024
k INTEGER,
-- bit-length of feedback variable, 1<=k<=128
j INTEGER,
-- bit-length of plaintext/ciphertext block, 1<=j<=k
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaOfbParameters ::= SEQUENCE {
j INTEGER,
-- bit-length of plaintext/ciphertext block, 1<=j<=128
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaOfbParameters ::= SEQUENCE {
j INTEGER,
-- bit-length of plaintext/ciphertext block, 1<=j<=128
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaCtrParameters ::= SEQUENCE {
j INTEGER,
-- bit-length of plaintext/ciphertext block, 1<=j<=128
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaCtrParameters ::= SEQUENCE {
j INTEGER,
-- bit-length of plaintext/ciphertext block, 1<=j<=128
padAlgo AriaPadAlgo DEFAULT specifiedPadAlgo:id-pad-null
}
AriaCmacParameters ::= INTEGER -- bit-length of authentication tag
AriaCmacParameters ::= INTEGER -- bit-length of authentication tag
AriaOcb2Parameters ::= INTEGER -- bit-length of authentication tag
AriaOcb2Parameters ::= INTEGER -- bit-length of authentication tag
AriaGcmParameters ::= SEQUENCE {
s INTEGER, -- bit-length of starting variable
t INTEGER -- bit-length of authentication tag
}
AriaGcmParameters ::= SEQUENCE {
s INTEGER, -- bit-length of starting variable
t INTEGER -- bit-length of authentication tag
}
AriaCcmParameters ::= SEQUENCE {
w INTEGER (2|3|4|5|6|7|8),
-- length of message length field in octets
t INTEGER (32|48|64|80|96|112|128)
-- bit-length of authentication tag
}
AriaCcmParameters ::= SEQUENCE {
w INTEGER (2|3|4|5|6|7|8),
-- length of message length field in octets
t INTEGER (32|48|64|80|96|112|128)
-- bit-length of authentication tag
}
ALGORITHM ::= CLASS {
&id OBJECT IDENTIFIER UNIQUE,
&Type OPTIONAL
}
WITH SYNTAX { OID &id [PARAMS &Type] }
ALGORITHM ::= CLASS {
&id OBJECT IDENTIFIER UNIQUE,
&Type OPTIONAL
}
WITH SYNTAX { OID &id [PARAMS &Type] }
AlgorithmIdentifier { ALGORITHM:AlgoSet } ::= SEQUENCE {
algorithm ALGORITHM.&id( {AlgoSet} ),
parameters ALGORITHM.&Type( {AlgoSet}{@algorithm} ) OPTIONAL
}
AlgorithmIdentifier { ALGORITHM:AlgoSet } ::= SEQUENCE {
algorithm ALGORITHM.&id( {AlgoSet} ),
parameters ALGORITHM.&Type( {AlgoSet}{@algorithm} ) OPTIONAL
}
END
终止
Authors' Addresses
作者地址
Jungkeun Lee National Security Research Institute P.O.Box 1, Yuseong, Daejeon, 305-350, Korea
韩国大田余城李正根国家安全研究所1号邮政信箱，305-350
EMail: jklee@ensec.re.kr
EMail: jklee@ensec.re.kr
Jooyoung Lee National Security Research Institute P.O.Box 1, Yuseong, Daejeon, 305-350, Korea
韩国大田裕成，李若阳国家安全研究所，邮政信箱1，305-350
EMail: jlee05@ensec.re.kr
EMail: jlee05@ensec.re.kr
Jaeheon Kim
金在宏
National Security Research Institute P.O.Box 1, Yuseong, Daejeon, 305-350, Korea
韩国大田余城国家安全研究所1号邮政信箱，305-350
EMail: jaeheon@ensec.re.kr
EMail: jaeheon@ensec.re.kr
Daesung Kwon National Security Research Institute P.O.Box 1, Yuseong, Daejeon, 305-350, Korea
韩国大田裕盛县大松权国家安全研究所1号邮政信箱，305-350
EMail: ds_kwon@ensec.re.kr
EMail: ds_kwon@ensec.re.kr
Choonsoo Kim National Security Research Institute P.O.Box 1, Yuseong, Daejeon, 305-350, Korea
Choonsoo Kim国家安全研究所，邮政信箱1，大田裕盛，305-350，韩国
EMail: jbr@ensec.re.kr
EMail: jbr@ensec.re.kr