搜索资源列表
1800Decorations
- 该源码是一个问题的解决方法。问题是给你个长为L的串,串中可以出现n种字符,还给出m个子串,求有多少个长为n的只由这些字串组成的串。输入例子:4 5 6 ABB BCA BCD CAB CDD DDA 结果为2.而5 4 5 E D C B A的结果为625-source of the problem is a solution. The problem is that you have the head of the L series, the series can occur n ch
pai
- 本题的算法中涉及的三个函数: double bbp(int n,int k,int l) 其中n为十六进制位第n位,k取值范围为0到n+7,用来计算16nS1,16nS2,16nS3,16nS4小数部分的每一项。返回每一项的小数部分。 void pi(int m,int n,int p[]) 计算从n位开始的连续m位的十六进制数字。其中p为存储十六进制数字的数组。 void div(int p[]) void add(int a[],int b[]) 这两个函数都是为最后把十六进
lm
- L-M法的函数库,非常好用的非线性优化法,直接包含f2c.h即可使用LMDIF函数
nlinfit
- 非线性最小二乘法,L-M算法,单精度。可用于学习,科研
MAIN 3-DIMENSIONAL CFD-PROGRAM
- #//u(i,j) x方向的速度u;或者θ方向速度uθ #//u(i,j) y方向的速度v;或者径向速度ur'h\K #//pc(i,j) 压力修正 p'[OS #//p(i,j) 压力p-=5-+ #//p(i,j)
hyplas
- ************************************************************************ * * * * * THIS IS THE H Y P L A S 2.0 README FILE * * ----------------- * * * * HYPLAS is a finite element program for implicit small and large * * strain analisys of hyperelast
bp.example
- 采用动量梯度下降算法训练BP网络,采用两种训练方法,即 L-M 优化算法(trainlm)和贝叶斯正则化算法(trainbr),用以训练 BP 网络-Gradient descent algorithm using momentum BP network training, using two training methods, namely, LM optimization algorithm (trainlm) and Bayesian regularization algorithm (t
single
- 一般性的奇异值分解算法,float浮点型。-SGGSVD computes the generalized singular value decomposition (GSVD) * of an M-by-N real matrix A and P-by-N real matrix B: * * U*A*Q = D1*( 0 R ), V*B*Q = D2*( 0 R ) * * where U, V and Q are orthogonal matric
rom
- Descr iption: Programme to Print first 100 Ramanujan Numbers by TWO WAYS 1st way is printing Ramunajan Numbers from RN taking RN from 0 to INFINITY and print first 100 numbers. 2nd way is to clacualte RN numbers from L M N P of formula
wccc
- (1)已知甲数的35 是36,甲数是( )。已知乙数的47 是12,乙数是( )。 (2)40分钟是1小时的( ),1小时的35 是( )分钟。 (3)铅笔的单价是钢笔的920 ,把( )看作单位“1”。 二、根据算式补充条件 (1)停车场有24辆大汽车,( ),有多少辆小汽车? 24÷23 (2)停车场有24辆大汽车,( ),有多少辆小汽车? 24×23 (3)停车场有24辆小汽车,( ),有多少辆大汽车? 24×
Arithmetic
- 实现带()的字符串串四则运算 如(a+b*c-f/g)-(i+r+l)*m-n+x-Achieved with () string string arithmetic If (a+ b* c-f/g)- (i+ r+ l)* m-n+ x
Character-Frequency-Analysis-of-Bosnian
- In this project I chose Bosnian language to do the character frequency analysis. Bosnia and Herzegovina are the countries using Bosnian as their official language and more than 2.2 million people speak this language all around the world. It has 5
3-LOCPOT
- 可以处理三维矩阵数据,三维数组的线性化处理,-#include<stdio.h> #define N 56 #define M 56 #define L 336 #define Leng 23.693 double V[N][M][L] void main() { int i, j, k double Z[L], ZL[L], S, A FILE*fp1,*fp2 if ((fp1 = fopen("LO
EM_GM
- gaussion medel function [W,M,V,L] = EM_GM(X,k,ltol,maxiter,pflag,Init) [W,M,V,L] = EM_GM(X,k,ltol,maxiter,pflag,Init) -gaussion medel function [W,M,V,L] = EM_GM(X,k,ltol,maxiter,pflag,Init) [W,M,V,L] = EM_GM(X,k,ltol,maxiter,pflag,Init)
gsxqf
- vb编写的高斯消去法,通用函数,如有不好的地方,还请指教!-Dim a(), b(), n, k, l 定义必须的通用变量 Private Sub Command1_Click() If k = n Then Command1.Enabled = False Text2.Enabled = False Else k = k+ 1 Text2 = "" End If End Sub Private Sub Command2_Click()
A.Sofien
- probleme Binpacking. Donc on va essayer de resoudre ce probleme a l aide d un programme C, qui va ^etre developer par nous m^eme. La resultat de ce programme est un chier de type LP contient la forme lineaire de notre probleme Binpac
Bin-Packing
- sur le probleme de bin- packing, qu il s ag^t de charger n objets, dans m bins de m^eme capacite c . L objectif c est de minimze le nombre des bins a utiliser.
L-M
- 列文伯格-马夸尔特算法是最优化算法中的一种,是使用最广泛的非线性最小二乘法!-Levenberg- Marquardt optimization algorithm is the most widely used non-linear least squares method!
LMFnlsq2_220413
- L-M(Levenberg—Marquardt)是一种非线性最优化里面最常用的方法之一,改方法能快速而准确的逼近收敛值。本文简述了改方法的操作原理和具体运用,如可以方便的用于有约束与无约束最优化的求解。本文件里面有源码和测试码以及对该方法的具体介绍PDF文件。欢迎下载。-L- M (Levenberg- Marquardt) is a kind of nonlinear optimization inside one of the most commonly used method, chang
L-MOMENT FOR LogPE3
- 计算Log P-III分布的参数,实现了全球不同数据长度的站点,均能通过该函数计算(Calculate the parameters of Log P-III distribution)