搜索资源列表
koch001
- 柯西雪花,用VB实现的柯西雪花程序.自己编写的.-Cauchy snowflakes, the VB Cauchy snowflakes procedures. His prepared.
cauchy
- 关于柯西分布的matlab工具包,包括概率分布函数,反函数等
rotate
- 如果我们用k中颜色给12条边染色,而对每种颜色使用数目没有限制(前面zzwu试着解决的问题),那么使用群论中Polya定理就可以了。只要将上面所有x1,x2,x3,x4全部用k代替,然后将结果除以24就可以了,也就是说,用k中颜色给12条边染色的方案有 (k^12+6*k^7+3*k^6+8*k^4+6*k^3)/24种 但是对于本题中的问题,不但给定了使用颜色的总数目,而且对每种颜色使用的数目也做了限制,这种情况要复杂很多,可以使用 Cauchy-Frobenius-Burn
randcau
- 柯西随机变量的生成,供信号处理学习者参考,希望大家喜欢-Cauchy random variable generation for signal processing learner reference, hope you like
CRS
- 基于Cauchy矩阵的RS编码。m=2,n=2-cauchy based reed solomon codes. m=2 , n=2
my_ga
- Rudolph G. Convergence analysis of canonical genetic algorithms. IEEE Trans. On Neural Networks, 1994,5:96~101 [36] Rudolph G. Asymptotic convergence rates of simple evolutionary algorithms with Cauchy mutations. IEEE Transactions on Evoluti
CM_ZADACHA_KOSHI
- Cauchy problem in mathematics asks for the solution of a partial differential equation that satisfies certain conditions which are given on a hypersurface in the domain. Cauchy problems are an extension of initial value problems and are to be contra
suijishu
- 用平方取中法产生随机数列 用混合同余法产生随机数列 用乘同余法1产生随机数列 用乘同余法2产生随机数列 用素数模同余法产生随机数列 产生指数分布的随机数列 产生拉普拉斯分布的随机数列 产生瑞利分布的随机数列 产生柯西分布的随机数列 产生爱尔朗分布的随机数列 产生正态分布的随机数列 产生韦伯西分布的随机数列 产生泊松分布的随机数列 产生贝努里分布的随机数列 产生贝努里-高斯分布的随机数列 产生二项式分布的随机数列 -Generate
cauchygauss
- 文件中为产生符合高斯分布和柯西分布的随机数的C++程序。-The random number with gaussian and cauchy distribution are generated by this program.
cauchy_pdf
- Cauchy probability distribution function
cauchygauss
- 文件中为产生符合高斯分布和柯西分布的随机数的C++程序。-The random number with gaussian and cauchy distribution are generated by this program.
IABC
- 自适应柯西分布的人工蜂群算法函数寻优,好用。(Function optimization of artificial bee colony algorithm based on adaptive Cauchy distribution.)
改进的GBO-DNA连续性(柯西莱维)
- 将利用的柯西和莱维改进的GBO算法应用到DNA序列的筛选中,可以提高DNA编码集合的下界。(Applying the modified GBO algorithm by Cauchy and Levy to the screening of DNA sequences, the lower bound of DNA coding set can be increased)
GBO加了改进的算法
- 利用柯西、高斯、莱维三种突变策略改进GBO算法,通过测试结果表明,改进的算法有了显著性的提高。(Three mutation strategies of Cauchy, Gauss and Levy are used to improve the GBO algorithm, and the test results show that the improved algorithm has a significant improvement.)