Lorenz

Diffusion k-tensor Estimation from Q-ball imaging using discretized principal axes

光流运动估计算法，对各种情况下图片都有效果(optical flow)

自己写的matlab小程序，用于解线性方程的根。可以参考下(Their own small programs written in matlab for solving linear equations of the root. Can refer to)

包括最小二乘法、SVM、神经网络、1_k近邻法,OcJpbSg参数使用混沌与分形分析的例程，DC-DC部分采用定功率单环控制，关于神经网络控制，GPIGDZF条件仿真效率很高的，用MATLAB实现的压缩传感。( Including the least squares method, the SVM, neural networks, 1 _k neighbor method, OcJpbSg parameter Use Chaos and fractal analysis routines, DC-DC power single-part set-loop control, On neural network control, GPIGDZF condition High simulation efficiency, Using MATLAB compressed sensing.)

关于PSO算法 ,这是一个与自适应控制有关,也是控制的输入.(On the PSO algorithm, which is a relevant and adaptive control as well as control input.)

the code is simulation in matlab for error correction in transmission

指纹识别预处理 matlab程序 包括 指纹增强 二值化 细化 等步骤(Fingerprint preprocessing including fingerprint enhancement matlab program binary refinement step, etc )

求一元二次方程ax2 +bx+c=0的根(Find a quadratic equation ax2+ bx+ c = 0 root)

层次分析（AHP）/网络分析（ANP)Analytic Hierarchy Process是一种十分实用的决策方法。 是对一些较为复杂、较为模糊的问题作出决策的简易方法，它特别适用于那些难于完全定量分析的问题 num:包括目标层和方案层的总层数 g:行向量（各层准则数量，包括目标层（第一层）和方案层（最后一层））。 w：返回值w是最后决策的方案层的权重，根据输出选择最佳方案 在输入矩阵时请加‘[]’号，否则会出现语法错误。 调运方式：w=hierarchy(num,g)( Analytical Hierarchy (AHP)/Network Analysis (ANP) Analytic Hierarchy Process is a very practical approach to decision making. Is the easy way of making some of the more complex, more ambiguous issues make it particularly difficult for those who complete quantitative analysis of the problem num: The total number of layers including the target layer and the solution layer g: row vector (layers Guidelines number, including the target layer (first layer) and program level (the last level)). W: w The return value is the right solution layer of the final decision of the heavy, choose the best option based on the output when the input matrix please add ' []' No, there would be a syntax error. Transporting way: w = hierarchy (num, g))

说明：  切削力随着磨削深度、速度的增大的趋势，这对于切削过程来说是非常重要的，如果增加相应的参数，就会导致不同的结果(The cutting force increases with the grinding depth and speed, which is very important for the cutting process. If the corresponding parameters are increased, the results will be different)