搜索资源列表
wum1
- 基于WEB的linux系统账号管理系统 为GF做的课程设计,很简单,阐述了原理,主要用到 PHP、MYSQL、GCC3.0。-Web-based account management system Linux system to do GF curriculum design, and is very simple to explain the principles, the main use PHP, MYSQL, GCC3.0.
ecp
- 椭圆曲线公钥密码算法,可用于加密和数字签名等应用,该版本算法是有限域GF(p)上的算法
ec2n
- 椭圆曲线公钥密码算法,可用于加密和数字签名等应用,该版本算法是有限域GF(2^n)上的算法
byy
- 编程验证[x+1]是GF(28)=GF(2)[x]/(x8+x4+x3+x+1)的本原元,并给出GF(28)=GF(2)[x]/(x8+x4+x3+x+1)中以[x+1]为底的对数表和反对数表-Program verification [x+1] is the GF (28) = GF (2) [x]/(x8+ x4+ x3+ x+1) of the primitive element, and gives GF (28) = GF (2) [x]/(x8+ x4+ x3+ x+1) in or
GF
- table generation for Rijndael/AES finite field GF(256) with various generator polynomials
boost
- 工具类,boost,hah ha kla a a ga gfeaq rfd a ag ad g fggtqre -Tools for boost,very useful,hope it is help aa aa hgsfhg fag ag sg gsfg af aewr h j k h ld a r a f fa ga r a a hgah a gf gf ag dfsg afg aghfh rww s a a a a hggs
gf2_32
- cryptography algorithm in GF(2^32) finite field
gfpcrypto
- encryption in GF(p) field
aes_sbox
- The substitution tables (S-boxes) s_box and inv_s_box are used by the expanded key schedule function key_expansion and the en- and decrypting functions cipher and inv_cipher to directly substitute a byte (element of GF(28)) by another byte of the
ECC
- 对椭圆曲线来说最流行的有限域是以素数为模的整数域(参见 模运算),或是特征为2的伽罗瓦域GF(2m)。后者在专门的硬件实现上计算更为有效,而前者通常在通用处理器上更为有效。专利的问题也是相关的。一些其他素数的伽罗瓦域的大小和能力也已经提出了,但被密码专家认为有一点问题。 给定一条椭圆曲线E以及一个域,我们考虑具有形式有理数点的阿贝尔群,其中x和y都在中并且定义在这条曲线上的群运算"+"(运算"+"在文章椭圆曲线中描述)。我们然后定义第二个运算"*" | Z×:如果P是上的某个点,那么
gf128mul
- gf128mul.c - GF(2^128) multiplication functions
gcm_gf_mult
- GCM implementation, do the GF mult,.
gcm_mult_h
- GCM implementation, do the GF mult,.
BenYuanyuan
- 编程验证[x+1]是GF(28)=GF(2)[x]/(x8+x4+x3+x+1)的本原元,并给出GF(28)=GF(2)[x]/(x8+x4+x3+x+1)中以[x+1]为底的对数表,和同学讨论出来的比较资源占用较少的方法,只供参考。-Program verification [x+1] is the GF (28) = GF (2) [x]/(x8+ x4+ x3+ x+1) of the primitive element, and gives GF (28) = GF (2) [x]/(x
gf128mul
- An implementation of field multiplication in Galois Field GF(128).
SM4-sbox-in-GF-and-PPRM
- 分别利用复合域和PPRM结构实现了SM4 S-box,复合域实现方法具有资源消耗优势,但是功耗大,PPRM结构电路具有结构简单,功耗小的优势。 -Respectively by composite domain and PPRM structure enables SM4 S-box, composite domain implementation method has advantages in resources consumption, but power consumption, PPR
AES-GF(2^4)^2 for sbox
- AES加解密程序,128bit数据位宽,其中sbox和混合列运算在复合域GF(2^4)^2上完成(An AES encryption and decryption program with 128 bits datawidth, which used GF(2^4)^2 for sbox and mixcolumn.)
aes_GF(2^4)^2 for sbox
- AES加解密程序,128bit 数据位宽,其中加密部分的sbox采用复合域GF(2^4)^2运算(An ARS program with 128bits datawidth, which used GF(2^4)^2 for sobx in cipher.)