indoor-ambient-optical-noise

my_clustering（分层聚类算法，类内采用最大距离，类间采用最小距离实现）(my_clustering (hierarchical clustering algorithm, the largest category within distance, using the minimum distance between the class implementation))

motion_estimate(matlab)mse.m ....................... eadblock.m ....................... eadbuf.m .......................ma.m motion_estimate(matlab)

用于产生伪随机序列最长线性序列m序列，在matlab环境下实现(Used to generate pseudo-random sequence of the longest linear sequence of m-sequences, in the matlab environment to achieve)

Bit-slicing function for integer matrices MATLAB function (by Damon, BSD license)

说明：  开关磁阻电动机仿真用的功能控制模块啊啊啊啊啊(shzaibuzhidaoshuodianshaa)

image processing-histogram equalisation

PIECEWISE_EVAL: evaluates a piecewise function of x usage: y = PIECEWISE_EVAL(x,breakpoints,funs) arguments (input) x - vector or array of points to evaluate though the function breakpoints - list of n breakpoints, -inf and +inf are implicitly(PIECEWISE_EVAL : evaluates a piecewise function of x usage : PIECEWISE_EVAL y = (x, breakpoints, funs) arguments (input) x-vector or array of po ints to evaluate the function though breakpoin ts-list of n breakpoints.- inf and inf are implicitly)

用MATLAB实现对图像的去噪，可以通过修改里面的参数达到不同的效果，调用的是MATLAB的小波包实现的。(Using MATLAB to realize the image denoising can be achieved by modifying the parameters inside the different effects, call the MATLAB wavelet packet implementation.)

This is a PSO toolbox implementing Common, Clerc 1", and Trelea types along with an alpha version of tracking changing environments. It can search for min, max, or distance of user developed cost function. Very easy to use and hack with reasonably good documentation (type help for any function and it should tell you what you need) and will take advantage of vectorized cost functions. It uses similar syntax to Matlab s optimization toolbox. Includes a suite of static and dynamic test functions. It also includes a dedicated PSO based neural

UKF无迹卡尔曼滤波用于地磁场的计算，但由于保密原因，录入的数据信息已删除，主要用于UKF框架的交流(Unscented Kalman filter UKF is used to calculate the magnetic field, but because of confidentiality reasons, the entry of data has been deleted, the main framework for the exchange of UKF)