随机的数字在现代安全计划起一个关键作用。夫妇到密码学的 therapid 开发,安全协议和加密的力量 algorithmsconsumingly 依靠随机的数字的质量。与简单建筑学和更快的速度,线性反馈移动收款机经常在许多应用程序被选择。然而,由 LFSR 的随机的 sequencegenerated 不能为安全机制遇见 unpredictability 的需求。Geneticalgorithm 改进 LFSR 的线性性质并且构造一个新奇随机的顺序发电机 withlonger 时期和复杂建筑学。
Random numbers play a crucial role in modern security schemes. Couple to the rapid development of cryptography, the strength of security protocols and encryption algorithms consumingly relies on the quality of random number. With simple architecture and faster speed, linear feedback shift register often is selected in many applications. However, the random sequence generated by LFSR can not meet the demand of unpredictability for secure mechanism. Genetic algorithm improves the linear property of LFSR and constructs a novel random sequence generator with longer period and complex architecture.