设计了实验平台的通信系统及算法过程中产生密钥的伪随机序列发生器。
The authors designed the communication system of the teaching platform and the pseudo random number generator to generate secret keys of the algorithm.
设计了一种密码安全的伪随机比特序列发生器，再将比特序列转化为浮点数序列。
A secure pseudorandom bit sequence generator is designed and the bit sequences are then transformed into floating point Numbers.
采用随机数发生器结合给定的矩阵产生伪随机序列，实现了较强的嵌入强度系数。
Adopting randomizer and filter matrix produce the fake random sequence, having achieved much stronger embedding modulus.
为设计一个用于信道仿真和编码器性能测试的高速高斯随机数发生器，研究了适于硬件实现的高速通用的连续随机变量和随机序列产生法。
To design a gaussian random number generator used for channel simulation and coder performance test, high-speed universal random number and correlated stochastic series generators are studied.
首先介绍一些常见的随机数发生器及其优缺点，然后给出了一种新的随机数发生器及其算法，并对它产生的随机数序列进行了统计检验。
In this paper, it firstly gives out some common random number generators and their defects; and then presents a new random number generator and its algorithm, and gives some statistical tests.
该伪随机数是提供给发生器的输入序列值的复线性组合，与该输入值相关性很小。
The pseudo-random number is a complex, linear combination of values of input sequences provided to the generator and exhibits little correlation with such input values.
本文最后分析了随机序列的修正方法，提出了用哈希算法对真随机数发生器的原始输出进行修正的方法。
The final chapter expounds on correction methods of random sequences, and proposes a method of using the hash algorithm to correct the original outputs of TRNG.
给出了一个在密码处理器中直接调用SHA - 1模块进行修正处理的接口，在对真随机数发生器的原始输出进行修正处理的同时，有效地提高了随机序列的产生速度。
Also a module directly invoking the SHA-1 module in crypto-processor is given, which corrects the original outputs of TRNG, and at the same time improves the output bit rate of random sequences.
给出了一个在密码处理器中直接调用SHA - 1模块进行修正处理的接口，在对真随机数发生器的原始输出进行修正处理的同时，有效地提高了随机序列的产生速度。
Also a module directly invoking the SHA-1 module in crypto-processor is given, which corrects the original outputs of TRNG, and at the same time improves the output bit rate of random sequences.
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