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- 前两行分别指示字符矩阵的宽 w 和高 h(1<=w<=80 且 1<=h<=80)。接下来的 h 行每行 w 个字 符便是字符矩阵的内容,再下面的 1 行为要寻找的字符串的数目 n(n<10),其后的 n行便是要寻找的字符串,每个字符串不会超过 20 个字符。 -Instructions were the first two lines of wide-character matrix w and h (1 < = w < = 80 and 1 <
hzts
- 第一个循环是对矩阵的第一行进行的,第一次循环时除了第一个是1其他都是0,i=0,j=0时H[i + 1, j] =H[1, 0]=0,循环结束时, H[1, 0] =2,i=1,m=3;第二次循环时i=1,j=0,H[i + 1, j] =H[2, 0]=0,循环结束时,H[2, 0] =3,i=2,m=4 ……所以第一个循环相当于把第一行用2到N连续的自然数填充。同样的第二个循环是对最后一列用从N到2N-1的连续自然数进行填充,第三个是对最后一行从右到左用2N-1到3N-2的连续自然数进行填充
bch_matrix
- 根据任意的BCH码生成多项式计算改码的生成矩阵G以及校验矩阵H-calculates the G and H matrix from an arbitrary BCH generator polynomial
matrixdriver
- now, how can i call kmeans function for h , s,v separately, what parameters to be passed. here h is 512*512 matrix.and how can i construct the clustered/segmented image from the kmeans result. need sample code in matlab its urgent. Please h
IRA_H_generate
- IRA码的H矩阵的产生,在已知度分布后的H矩阵的产生。-IRA code H-matrix is generated, in a known degree distribution, production of H-matrix
MC9S08DZ60_12864_Driver
- MC9S08DZ60的12864驱动程序(附字模软件)。飞思卡尔单片机MC9S08DZ60的Mz12864驱动,不同单片机型号端口连接可能不一样,在LCD_PortConfig.h中设置,显示可达8位,小数位数可设置,具体看文档。如有不妥之处欢迎指出。-MC9S08DZ60 of the 12864 driver (attached to matrix software). Freescale s Microcontroller MC9S08DZ60 the Mz12864 driven mod
makeLdpc
- LDPC编码算法, Create R = 1/2 low density parity check matrix M : Number of row N : Number of column method : Method for distributing non-zero element {0} Evencol : For each column, place 1s uniformly at random {1} Evenboth: For each
Kronecker_matlab
- 运用matlab实现了kronecker无线信道模型的仿真,并有相应的测试例,可以直接通过本源码得到kronecker模型的H矩阵及其各种统计特性。-Kronecker achieved using matlab wireless channel model simulation, and there is a corresponding test cases can be directly obtained through this source kronecker model H-matri
work
- matlab 关于association rule 的自己写的函数,有3个文件, association.m:h = association(m, i, j) i=>j, m是数据,h是support和confidence,该函数只适用于单个数据 ass_item: h=ass_itset(m, a, b) 同上,但是可用于多个数据(m为数组) assrule: h = assrule(m, threshold1, threshold2) 该函数用于c
CMatrix
- VC++矩阵类:CMatrix.h 用的Vector-VC++ matrix class: CMatrix.h used in Vector
qq
- OpenCV也提供了另一個資料結構來做Rand的實作,CvRandState,被包在"cvcompat.h"裡,"cvcompat.h"的完整意思是Computer Vision Compatility,CvRandState的特色是可以選定常態分佈及均勻分佈,不過,它只能運用在矩陣跟一維陣列.-OpenCV also provides another data structure to do Rand' s implementation, CvRandState, was wrapped
PLS1_sina
- 用于单变量的偏最小二乘回归,直接给出回归系数。 X0是自变量矩阵,Y0是因变量向量,PRESS是去除其中某一个样本而回归出的方程对 缺失样本的误差估计,SS则是使用全部样本回归出的方程对同一个样本的误差估计。 在h个成分时,计算PRESS_h与SS_h-1,若1-PRESS/SS大于0.0975时,应增加成份。 [row,col]=size(pz) -For single-variable partial least squares regression, regression
code
- 从键盘输入两个矩阵,输出这两个矩阵和这两个矩阵相乘的矩阵,图书管理系统的一小部分 要求能 登陆 注册 推出 登陆要有次数限制(失败三次退出程序等),注册信息要求写入到文本文件里保存,已知圆半径r=2.5 圆柱高h=4,求圆的周长,面积,圆球体积,圆柱体积,用cin输入要计算的项目,然后输出计算结果,输入输出时要有文字提示,求1!+2!。。。+10!c语言代码,贪吃蛇游戏的C语言代码,求几个带权字符的哈夫曼编码,本打字游戏可进行英文,其它字符和全部字符的打字训练,每次训练若干个字符并进行打字时间,
Hmatrix
- 产生H矩阵,非常简单的矩阵。是根据Gallerger的方法产生的。是我毕设的一部分-to generate H matrix,it s very easy matirx about regular LDPC,which is one of my bacherlor disseration
LDPC_gallager
- 利用gallager的方案进行生成H矩阵,在高斯信道下得到误码率得性能仿真-The program generated using gallager H matrix, in the Gaussian channel bit error rate was obtained Simulation
sparseBSS1
- 稀疏分量分解。 function [y A]=sparseBSS1(X,L,langda,G,h,delta)-function [y A]=sparseBSS1(X,L,langda,G,h,delta) ---------------------------------------------------------------- 2009-04-15 YangZhicong X: observed signal,each ro
plotshape
- This function plot a series of rects described from the N columns of a matrix 4xN, eaach column is of the form [x,y,w,h]
plotrect
- This function plot a series of rects described from the N columns of a matrix 4xN, each column is of the form [x,y,w,h]
SphereDecoder
- 用于MIMO检测的sphere decoder程序- This function implements a soft output sphere decoder. Based on the paper: C. Studer, M. Wenk, A. Burg, and H. Blocskei: "Soft-Output Sphere Decoding: Performance and Implementation Aspects", Asilomar 2006
MatrixOperation
- 一些通用的矩阵计算 MatrixOperation.h 包含矩阵转置、求逆、相乘、相加减等通用操作 武汉大学.遥感信息工程学院.卢昊-Some common matrix calculation MatrixOperation.h contains matrix transpose, inverse, multiplication, addition and subtraction and other general operating