hunlan_v15

ICA是比较新的用于图像水印的方法，使用matlab实现，具有水印的提取和嵌入功能。(ICA is a method for image watermarking is new, using MATLAB to achieve, extraction with the watermark and embedding function.)

对两组离散数据进行分段线性拟合,并显示拟合结果(piecewise linear fitting of two sets of discrete data)

研 究了双目视觉测量系统的结构参数优化问题.对双目视觉测量的有效视场约束条件进行了数学 描述，建立了双目视觉坐标测量系统的数学模型.在考虑像点提取误差的条件下，利用误差理论建立了测量 误差模型，并基于待测量的视场范围要求，定义了测量系统结构参数的优化指标。最后，通过枚举法进行了 优化求解.(Studied binocular vision measurement system to optimize the structural parameters of the problem. For the effective measurement of binocular vision bound by the terms of field of view of mathematical description of the establishment of binocular vision coordinate measuring system mathematical model. In considering the error as the point of extraction conditions the use of error theory the establishment of measurement error model and measurement based on the field of view to be the scope of the requirements of the definition of the measurement system parameters to optimize the structure of indicators. Finally, the optimized enumeration method for solving.)

说明：  应用MATLAB编辑的支持向量机的应用程序，能进行预测。(Application of MATLAB support vector machine editing applications, capable of prediction.)

使用matlab画的半对数坐标纸（两种图纸）(Use matlab painting semi-logarithmic coordinate paper (two drawings))

数值分析实验报告!包含多个实验！ 实验一 非线性方程求根 实验二 线性代数方程组的解法 --------列主元Gauss消元法 实验三 线性代数方程组的解法 ——Gauss-Seidel迭代法等(Numerical Analysis of the experimental report! Contains more than one experiment! Experiment 1 Experiment 2 roots of nonlinear equations of linear algebraic equations the solution out PCA Gauss elimination method experiment trilinear solution of algebraic equations- Gauss-Seidel iteration method, such as)

模拟信号线性调制系统设计,Simulink的使用方法，能熟练运用该软件设计并仿真通信系统dsb,vsb,ssb(Linear analog signal modulation system design, Simulink use can skilled use of the software design and simulation of communication systems dsb, vsb, ssb)

This is code to simulation of AM, FM, PSK, QAM modulation

梯度采样算法，用于梯度采样计算，matlab下编码实现(A ROBUST GRADIENT SAMPLING ALGORITHM FOR NONSMOOTH, NONCONVEX OPTIMIZATION)

通过图像，变换相位及幅度，验证傅里叶变换以及其反变换，(Verify the image by Fourier transform)