SongRequest for Comments: 4493 R. PoovendranCategory: Informational University of Washington J. Lee Samsung Electronics T. Iwata Nagoya University June 2006 The AES-CMAC AlgorithmStatus of This Memo This memo provides information for the Internet community. It does not specify an Internet standard ...
128-bit (16-octet) long first subkey, derived through the subkey generation algorithm from the key K. Denoted by K1. x XOR y ceil(x) x << 1 0^n MSB(x) padding(x) Key First subkey Song, et al. Informational [Page 3] RFC 4493 The AES-CMAC Algorithm June 2006 Second subkey ...
rfc449346the-aes-cmac-algorithm 系统标签: cmacaesalgorithmsubkeyxcbccipher NetworkWorkingGroupJH.Song RequestforComments:4493R.Poovendran Category:InformationalUniversityofWashington J.Lee SamsungElectronics T.Iwata NagoyaUniversity June2006 TheAES-CMACAlgorithm StatusofThisMemo Thismemoprovidesinformationforthe...
Song, et Song, et al. Informational [Page 1] Network Working Group JH. Song Request for Comments: 4493 R. Poovendran Category: Informational University of Washington J. Lee Samsung Electronics T. Iwata Nagoya University June 2006 The AES-CMAC Algorithm Status of This Memo This memo provides ...
如果任何人在这里寻找CMAC AES计算，它使用的是Bouncy Castle：
如果有人在这里寻找CMAC AES计算，那就是使用Bouncy Castle：
This new algorithm is named AES-CMAC-96. For further information on AH and ESP, refer to [AH] and [ROADMAP]. 此备忘录指定了CMAC在IPsec封装安全负载[ESP]和身份验证头[AH]协议的身份验证机制上的使用。这种新算法被命名为AES-CMAC-96。有关AH和ESP的更多信息,请参阅[AH]和[ROADMAP]。
AES-CMACAlgorithm,RFC4493,June2006, . [RFC4494]Song,JH.,Poovendran,R.,andJ.Lee,TheAES-CMAC-96 AlgorithmandItsUsewithIPsec,RFC4494,June2006, . [RFC4543]McGrew,D.andJ.Viega,TheUseofGaloisMessage AuthenticationCode(GMAC)inIPsecESPandAH,RFC4543, May2006,. Jokela,etal.StandardsTrack[Page29] ...
Since OTP 20 the AES-CMAC is in :cryptoYou can simply use for example::crypto.cmac :"aes_cbc128", <<0x2b7e1516_28aed2a6_abf71588_09cf4f3c::128>>,<<0x6bc1bee2_2e409f96_e93d7e11_7393172a_ae2d8a57_1e03ac9c_9eb76fac_45af8e51_30c81c46_a35ce411::320>>See...
AlgID The AlgID field indicates which cryptographic algorithm is to be used with the security protocol for the specified peer or peers. Such an algorithm can be an encryption algorithm and mode (e.g., AES-128-CBC), an authentication algorithm (e.g., HMAC-SHA1-96 or AES-128-CMAC), or...