1.
A Speedy Algorithm on the Two-dimensional Structure of the Sequence of Random Generated by Liner Congruential Generators;
线性同余随机数列二维结构的快速算法
2.
congruential pseudo-random number generator
同余伪随机数生成程序
3.
Asymptotic Distribution of Congruence Class of Degree in Random Recursive Trees;
随机递归树结点度数的同余类的渐近分布
4.
Research on the Stochastic Convergence of China s Regional Economic Growth;
我国地区经济增长的随机性趋同研究——基于综列数据单位根检验
5.
General results of the strong law of large numbers for i.i.d.r.v. sequences.
独立同分布随机变量序列强大数定律的一般性结果
6.
ON THE LINEAR PROGRAMMING CONTAINING RANDOM VARIABLES;
目标函数系数为随机变量的线性规划
7.
Congruence Properties for the Sum of Binomial Coefficients;
关于几类二项式系数和序列的同余性质
8.
In the paper,a combined number generator based on the method of Mersenne Twister and prime modulo multiplicative linear congruence generators is proposed.
提出基于Mersenne Twister法和素数模乘同余法的随机数组合发生器。
9.
Weak law of large numbers for the random variable sequences of un-independent and un-identical distribution;
非独立不同分布随机变量序列的弱大数定律
10.
Linear Transformation under Normal Random Variables Distribution;
线性变换下正态分布随机变量列的分布
11.
This method eliminates the clustering problem in linear rehashing by picking the integer pii in a pseudorandom fashion.
这种方法是按伪随机方式去挑选整数pii，它能消除线性再散列中所产生的堆聚问题。
12.
" Each time you run this program you'll get a different-sized list of numbers.
由于它的随机性，每运行一次这个程序，都会获得大小不同的数字列表。
13.
The Complete Convergence and Strong Law of Large Numbers for PA Random Variables Sequence;
PA随机变量序列的完全收敛性和强大数定律
14.
Strong Law of Large Numbers and Complete Convergence for Arbitrary Stochastic Sequences;
任意随机变量序列的强大数定律和完全收敛性
15.
Convergence in probability of sequences of random vector function;
一类随机向量函数序列的依概率收敛性
16.
The Estimates of Parameters of Nonlinear Statistical Models with Right Censored Data;
带右删失数据的非线性随机效应模型参数估计
17.
One kind of Numerical Solution of Positive Solution of Stochastic Coefficient Linear Equations
随机系数线性方程组正解的一种数值解法
18.
The Promotion of Synchronization and Acquisition Scheme of the PN Sequence in the Spread Spectrum Communication;
无线扩频通信中伪随机序列同步捕获方法的改进