基于激光加密技术的电子投票密码数学模型设计

Mathematical model design of electronic voting cryptography based on laser encryption technology

电子投票密码的保密性影响投票的安全和隐私,为了提高电子投票密码保密性,提出基于激光加密技术的电子投票密码数学模型。采用椭圆函数构建电子投票激光加密方程,根据电子投票加密密钥的子块数进行循环移位处理,构建电子投票的编码协议,结合椭圆加密机制进行电子投票密码的激光加密密钥构造,采用两个单向哈希函数进行码元频次分段加密,形成密钥生成算法,完成电子投票密码的激光加密。仿真结果表明,采用该方法进行电子投票密码数学模型设计,加密性能较好,抗干扰能力较强,具有很好的防破译能力。

The secrecy of electronic voting password affects the security and privacy of voting. In order to improve the confidentiality of electronic voting password,a mathematical model of electronic voting cryptography based on laser encryption technology is proposed. The elliptic function is used to construct the electronic voting laser encryption equation and the cyclic shift processing is carried out according to the number of blocks of the electronic voting encryption key. The coding protocol of electronic voting is constructed,and the laser encryption key of electronic voting cipher is constructed by using elliptical encryption mechanism. Two one-way hash functions are used to encrypt the code element frequency segment,and the key generation algorithm is formed. The simulation results show that the mathematical model of electronic voting cipher is designed by using this method,the encryption performance is better,the ability of anti-jamming is stronger,and the ability of anti-deciphering is good.