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热词
    • 1. 发明授权
    • Password system, method of generating a password, and method of checking a password
    • 密码系统,生成密码的方法和密码检查方法
    • US08291491B2
    • 2012-10-16
    • US12398359
    • 2009-03-05
    • Hyun-woong LeeMi-jung NohHong-mook ChoiXingguang Feng
    • Hyun-woong LeeMi-jung NohHong-mook ChoiXingguang Feng
    • G06F7/04
    • G06F21/46H04L9/3226
    • A password system includes a user interface, a password generating unit, and a password checking unit. The password generating unit generates a password including multiple frames, generates an integrity check code associated with the generated password, and scrambles the generated password and provides the scrambled password to the user interface. The password checking unit stores the integrity check code, frame number information and scramble information which are provided from the password generating unit, descrambles a scrambled password that is input from the user interface based on the stored scramble information, and authenticates the user interface by comparing an integrity check code generated from the descrambled password and the stored integrity check code.
    • 密码系统包括用户界面,密码生成单元和密码检查单元。 密码生成单元生成包含多个帧的密码,生成与生成的密码相关联的完整性检查码,并且对生成的密码进行加扰,并将加扰的密码提供给用户界面。 密码检查单元存储从密码生成单元提供的完整性校验码,帧号信息和加扰信息,根据存储的加扰信息解密从用户界面输入的扰码密码,并通过比较来认证用户界面 从解扰密码和存储的完整性校验码产生的完整性校验码。
    • 6. 发明申请
    • CRYPTOGRAPHIC DEVICE FOR IMPLEMENTING S-BOX
    • 用于实施S盒的拼接装置
    • US20110129085A1
    • 2011-06-02
    • US12889854
    • 2010-09-24
    • Hong-Mook ChoiXingguang Feng
    • Hong-Mook ChoiXingguang Feng
    • H04L9/28
    • H04L9/00H04L9/003H04L9/0625H04L2209/12H04L2209/122H04L2209/127
    • Provided is a cryptographic device implementing an S-Box of an encryption algorithm using a many-to-one binary function. The cryptographic device includes: arrays of first logic gates including I first logic gates which each receive 2 bits of an input signal; 2N second logic gates which each receive corresponding J bits from among I bits output from the arrays of the first logic gates; and L third logic gates which each receive K bits from among 2N bits output from the second logic gates, wherein there is a many-to-one correspondence between the N bits of the input signal and the K bits input to each of the third logic gates, and wherein the N, I, J, K, and L are positive integers. Because a signal output from each array includes only one active bit, current is always consumed constantly to prevent internal data from leaking out to a hacker.
    • 提供了一种使用多对一二进制功能实现加密算法的S-Box的加密设备。 密码装置包括:第一逻辑门阵列,包括I个第一逻辑门,每个第一逻辑门接收输入信号的2位; 2N个第二逻辑门,每个第二逻辑门从从第一逻辑门的阵列输出的I位中接收相应的J位; 和L个第三逻辑门,每个逻辑门从第二逻辑门输出的2N位中接收K位,其中在输入信号的N位和输入到每个第三逻辑的K位之间存在多对一的对应关系 门,并且其中N,I,J,K和L是正整数。 因为每个阵列的信号输出仅包含一个有效位,所以电流始终被消耗,以防止内部数据泄漏到黑客中。
    • 7. 发明授权
    • Cryptographic device for implementing S-box
    • 用于实现S盒的加密设备
    • US08750497B2
    • 2014-06-10
    • US12889854
    • 2010-09-24
    • Hong-Mook ChoiXingguang Feng
    • Hong-Mook ChoiXingguang Feng
    • H04K1/00H04L9/00
    • H04L9/00H04L9/003H04L9/0625H04L2209/12H04L2209/122H04L2209/127
    • Provided is a cryptographic device implementing an S-Box of an encryption algorithm using a many-to-one binary function. The cryptographic device includes: arrays of first logic gates including I first logic gates which each receive 2 bits of an input signal; 2N second logic gates which each receive corresponding J bits from among I bits output from the arrays of the first logic gates; and L third logic gates which each receive K bits from among 2N bits output from the second logic gates, wherein there is a many-to-one correspondence between the N bits of the input signal and the K bits input to each of the third logic gates, and wherein the N, I, J, K, and L are positive integers. Because a signal output from each array includes only one active bit, current is always consumed constantly to prevent internal data from leaking out to a hacker.
    • 提供了一种使用多对一二进制功能实现加密算法的S-Box的加密设备。 密码装置包括:第一逻辑门阵列,包括I个第一逻辑门,每个第一逻辑门接收输入信号的2位; 2N个第二逻辑门,每个第二逻辑门从从第一逻辑门的阵列输出的I位中接收相应的J位; 和L个第三逻辑门,每个逻辑门从第二逻辑门输出的2N位中接收K位,其中在输入信号的N位和输入到每个第三逻辑的K位之间存在多对一的对应关系 门,并且其中N,I,J,K和L是正整数。 因为每个阵列的信号输出仅包含一个有效位,所以电流始终被消耗,以防止内部数据泄漏到黑客中。