其中的随机数算法非常犀利。
分析对象-关系访问层体系结构和OID生成策略，128位随机数算法生成的OID已不适应数据信息量不断增加和海量数据存储的需求。
Analyzing the architecture of object-relational access layer and OID generating strategies, 128 bit random number algorithms is not adapted to the increment of the data processing and data storage.
RonRivest开发了基于256字节的密钥生成随机数的RC4加密算法。
Ron Rivest developed the RC4 algorithm to generate random bytes based on a 256 byte key.
FPGA接口中的硬件随机数发生器实现进化算法的硬件加速。
Hardware random number generator in the FPGA interface is used to accelerate the evolutionary algorithm.
RSA密钥生成器由两大部分构成：硬件随机数发生器和RSA密钥生成算法的软件实现。
The RSA key generator is made up of two parts: random number generator (RNG) and the implementation of RSA key generation algorithm.
假随机数：一段数字序列中的数，看上去似乎是随机的，但实际上也是由确定的算法来生成的。
Pertaining to a sequence of numbers that appears to be random, but is generated by a deterministic program.
介绍了生成随机数的一般方法和目前常用的数学算法：lcg、FSR、CRNG、逆同余法等。
Also, the author introduced common methods and mathematical algorithms that can generate random Numbers: LCG, FSR, CRNG and etc.
本文研究了逆同余产生伪随机数的方法，给出了一般的组合逆同余法算法。
By using inversive congruential method, this paper researches the algorithm to generate pseudo-random Numbers and the general principle for compound inversive congruential method.
根据算法不同而不一样，但是，变化周期时间是任何好的随机数生成器的一项关键属性。
It varies by algorithm, but the length of the period is one of the key attributes of any good random number generator.
算法利用伪随机数产生经过模型中心的直线，选取以直线与模型交点为球心的球形邻域作为嵌入对象，通过抖动调制邻域内顶点的重心来嵌入水印信息。
Firstly, a group of lines through the model center depending on a pseudorandom number is generated. Then the intersection points of these lines and the model's surface are chosen as embedding objects.
本文提出了一种生成广义高斯分布(GGD)随机数的通用算法。
In this paper, a new algorithm is proposed to generate generalized Gaussian distribution (GGD).
因在计算理论方面的贡献而获奖。包括伪随机数的生成算法、加密算法和通讯复杂性。
In recognition of his fundamental contributions to the theory of computation, including the complexity-based theory of pseudorandom number generation, cryptography, and communication complexity.
该设备还包括能够执行指令以实施用于调整随机数的控制算法的处理器。
The apparatus further includes a processor capable of executing instructions to carry out control algorithms for adjusting the random Numbers.
实验结果显示，该算法的性能与贝塔分布随机数两种常用算法的性能非常接近。
The experimental results show that the performance of this method is very close to that of the two common algorithms of Beta variates.
用汇编代码写的随机数生成算法：程序主要由八部分组成。
Written in assembly code using random number generation algorithm: program mainly by the eight parts.
本卷对半数值算法领域做了全面介绍，分“随机数”和“算术”两章。
The present volume of semi- numerical algorithm to do a full field, at the "random" and "arithmetic" two chapters.
采用公开的加密算法SHA256对混合电路输出的数据进行扩散，使产生的随机数具有更好的随机特性。
The seed with better randomness is output. The random number of mixed circuits processed by SHA256 is diffused to get good character number with good randomness.
随机：此负载均衡算法在可用的办事器间随机分发恳求，经由过程生成随机数随机遴选一台办事器，并将当前连接发给它。
Random: This load balancing method randomly distributes load across the servers available, picking one via random number generation and sending the current connection to it.
而随机数在信息安全领域有着重要的应用，各种加密算法都需要随机数来生成加密参数或密钥。
In the security field, random number generator has important applications such as generating the key or the parameters of the encryption.
通过修改随机数的选取方式，对RMX随机哈希签名算法进行强化，使算法不需要假定签名者是诚实的。
An enhanced RMX randomized Hash signature scheme is developed through changing the elective mode of the random value, which does not need the presupposition that the signer should be honest.
将基于混沌的随机数产生算法和线性同余发生器进行组合，产生随机数列。
In this paper, a combined number generator based on the chaotic mechanics and linear congruence generator is proposed.
本文提出了基于函数凸性的变换区域舍选法算法，该方法可应用于产生具有凸性区间的密度函数随机数。
A domain transformation method based on the property of convex is proposed and its basic properties are given.
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.
对组合随机数发生器的数学理论和实现算法进行了分析，编写了相应的程序。
Its mathematical theory and arithmetic are analyzed and the relevant procedures are written out.
给出了随机数的统计检验算法和相应的程序。
The arithmetic of statistical testing for random number is analyzed and the relevant procedures are written out.
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.
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.
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