davenport

极限学习机的回归拟合及分类——对比实验研究(Limit the return of learning machine fitting and classification-contrast experiment research)

matlab解线性方程组的源代码 function x=nagauss2(a,b,flag) ％ 用途：选列主元Gauss消去法解线性方程组ax=b ％ 格式：x=nagauss2(a,b,flag) a为系数矩阵，b为右端列向量，flag若为0，则显示中间过程 (Matlab solution of linear equations source code function nagauss2 x = (a , b, flag)% purposes : a selection PCA Gauss elimination method for solving linear equations ax = b% Format : nagauss2 x = (a, b, flag) for a coefficient matrix, b subguadratic column vector, if the flag is 0, then showed intermediate process)

function involvoed in removal noise from environment

navigation.rar包含5个有用的导航程序； navigation.m为纯惯导解算程序； integrated_navigation为组合导航程序； KalmanAlign10.m为卡尔曼滤波对准程序； create_data.m为原始数据创建程序； ssm.m为结果显示程序(navigation.rar contains five useful navigation program navigation.m pure INS solver KalmanAlign10.m for the Kalman filter alignment procedures create_data.m create a program for the original data integrated_navigation for integrated navigation procedures ssm. m is the result display program)

高等应用数学的MATLAB程序源码Advanced Applied Mathematics MATLAB source code(Advanced Applied Mathematics MATLAB source code)

阵列信号处理中的后向平滑！ 属于原创啊。。。。。。。。。。。。。。。(array signal processing: Backward Spatial Smoothing)

matlab2010b的破解密码，支持联网安装和菲联网安装，非常好用，按照安装提示输入即可(matlab2010b crack passwords, network installation and support of the Philippine networking installation, very easy to use, you can follow the installation prompts for)

说明：  greed 算法的程序，程序的结构性，具体的语言描述。

已知门诊时间C[i,3] 求解病人住院时间,此算法虽然有一定的局限行，但是可以根据入院期望值计算出来大体的的入院时间；使用是，要把里面的数据进行处理（只改变输入值和u 数据个数定义值（一般取较大值即可））(Known patient time C [i, 3] to solve the patient length of stay, although this algorithm has some limitations line, but expectations can be calculated according to the general hospital of admission time use is necessary to process the data inside (only change the number of input values ​ ​ and u define the data value (whichever is greater value to the general)))

matlab 可视化 微分方程 线性方程 元胞自动机 晶体生长 金融(linear equations matlab visualization of cellular automata crystal growth differential financial)