getHammingDistance

simulation with wireless aplications一书的matlab程序(simulation with wireless aplications procedures matlab book)

Boost电路实现光伏阵列的最大功率跟踪(Boost circuit photovoltaic array maximum power point tracking)

计算一定功率抽运光作用下单掺Tm光纤激光器稳态时沿光纤方向粒子数分布(Calculation of a certain pump power under a single Tm-doped fiber laser at steady state along the fiber direction of particle number distribution)

熵权法求指标权重,R为输入矩阵,返回权重向量weights(Entropy weight method)

张量投票算法中生成张量场的相关函数，其中包括对图像的取向估计和二阶张量的生成(Tensor voting algorithm to generate the correlation function tensor field, including the orientation of the image is estimated to generate second-order tensor)

To find and estimate of the best solution and parameter in our problem we can use the evolutionary programming. PSO (particle swarm optimization) is an applicable method to catch this target. In these files I show the Simple PSO that it can be base of solve complicated problem, the code could run by MATLAB.

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)

IIR数字滤波器的特点是h(n)为无限长序列。设计的基本思想是：模拟系统与离散系统存在着互相模仿的理论基础，所以可以让数字滤波器的特性去模仿一个模拟滤波器的特性，得到数字滤波器的H(z)，H( )之间的变换关系。设计时，先设计一个模拟滤波器的传递函数 ，然后通过s变量与z变量之间的变换关系求出数字滤波器的系统函数H(z)。(IIR digital filter is characterized by h (n) for infinitely long sequence. The basic idea of the design are: analog systems and discrete systems there is the theoretical basis of mutual imitation, so you can make the characteristics of a digital filter to imitate the characteristics of an analog filters, digital filters are H (z), H () of the the relationship between the transformation. Design, first to design a simulation of the filter transfer function, s variables and z and then transform the relationship between variables derived digital filter system function H (z).)

关于自振动仿真的源代码，可以看看，第一传求关注，支持。(Source Courseware)

该算法用于实现静基座二位置捷联惯导初始对准(The algorithm used to implement static base two position SINS initial alignment)