▍1. CMAC
在实现AES基础上,用C编写CMAC算法并调试通过。输入数据进行CMAC验证。(In the realization of AES based on the CMAC algorithm written in C and debugging. CMAC input data validation)
在实现AES基础上,用C编写CMAC算法并调试通过。输入数据进行CMAC验证。(In the realization of AES based on the CMAC algorithm written in C and debugging. CMAC input data validation)
在实现AES基础上,用C编写CMAC算法并调试通过。输入数据进行CMAC验证。(In the realization of AES based on the CMAC algorithm written in C and debugging. CMAC input data validation)
很好的字典生成器,输入关键字,实现排列组合,破解密码的利器(Good dictionary builder, enter a keyword permutations and combinations to achieve, to crack the code of the weapon)
很好的字典生成器,输入关键字,实现排列组合,破解密码的利器(Good dictionary builder, enter a keyword permutations and combinations to achieve, to crack the code of the weapon)
des经典加密算法,实现数据交互过程中的保密(des classical encryption algorithm, data confidentiality during the interaction)
des经典加密算法,实现数据交互过程中的保密(des classical encryption algorithm, data confidentiality during the interaction)
AML EFFICIENT APPROXIMATE MEMBERSHIP LOCALIZATION WITHIN A WEB-BASED JOIN FRAMEWORK ABSTRACT: In this paper, we propose a new type of Dictionary-based Entity Recognition Problem, named Approximate Membership Localization (AML). The popular Approximate Membership Extraction (AME) provides a full coverage to the true matched substrings from a given document, but many redundancies cause a low efficiency of the AME process and deteriorate the performance of real-world applications using the extracted substrings. The AML problem targets at locating non overlapped substrings which is a better approximation to the true matched substrings without generating overlapped redundancies. In order to perform AML efficiently, we propose the optimized algorithm P-Prune that prunes a large part of overlapped redundant matched substrings before generating them.
AML EFFICIENT APPROXIMATE MEMBERSHIP LOCALIZATION WITHIN A WEB-BASED JOIN FRAMEWORK ABSTRACT: In this paper, we propose a new type of Dictionary-based Entity Recognition Problem, named Approximate Membership Localization (AML). The popular Approximate Membership Extraction (AME) provides a full coverage to the true matched substrings from a given document, but many redundancies cause a low efficiency of the AME process and deteriorate the performance of real-world applications using the extracted substrings. The AML problem targets at locating non overlapped substrings which is a better approximation to the true matched substrings without generating overlapped redundancies. In order to perform AML efficiently, we propose the optimized algorithm P-Prune that prunes a large part of overlapped redundant matched substrings before generating them.
ZipArchive,新增创建以及解压加密zip 文件_ZipArchive,精选ios编程学习源码,很好的参考资料。(ZipArchive, the new creation and extract the zip file encryption _ZipArchive, select learning IOS programming source code, a good reference.)
ZipArchive,新增创建以及解压加密zip 文件_ZipArchive,精选ios编程学习源码,很好的参考资料。(ZipArchive, the new creation and extract the zip file encryption _ZipArchive, select learning IOS programming source code, a good reference.)
RSA加密算法,实现对文字的加密,将文字转化成数字后用RSA原理进行加密(This is RSA encryption algorithm)
RSA加密算法,实现对文字的加密,将文字转化成数字后用RSA原理进行加密(This is RSA encryption algorithm)
AES加解密C语言源代码,可直接运行通过,方便大家借鉴学习(AES encryption and decryption of C language source code, can be directly run by, we facilitate learning from)
AES加解密C语言源代码,可直接运行通过,方便大家借鉴学习(AES encryption and decryption of C language source code, can be directly run by, we facilitate learning from)
标准des加密程序,在dev-cpp编译器下成功编译运行,实现数据加密解密(standard des encryption program using c++)
标准des加密程序,在dev-cpp编译器下成功编译运行,实现数据加密解密(standard des encryption program using c++)
说明: 密码学BM算法的C++实现。可计算100阶m序列的生成多项式(Cryptography BM algorithm in C++. Computable 100 m sequence generator polynomial order)
该程序使用C++写的一个基于递归子程序算法的语法翻译器,是在vs2012环境下编写的,供大家参考和学习(The program uses C++ to write an algorithm based on recursive subroutine syntax interpreter is written in vs2012 environment, for your reference and learning)
该程序使用C++写的一个基于递归子程序算法的语法翻译器,是在vs2012环境下编写的,供大家参考和学习(The program uses C++ to write an algorithm based on recursive subroutine syntax interpreter is written in vs2012 environment, for your reference and learning)