清华大学数学实验之线性与非线性最优化幻灯片

先由原始图像（任选）产生待恢复的图像；(产生方法如下：冲激 函数为 ，将原始图像与冲激函 数卷积产生模糊，然后再迭加均值为0，方差为8，16，32的高斯 随机噪声而得到一组待恢复的图像 ； -By the original images (optional) have to be the restoration of the image (the method is as follows: impulse function, the original image with the impulse function arising convolution fuzzy, and then stacking the mean is 0, the variance for the 8,16 , 32 the Gaussian random noise has been a group of images to be restored

采用C++实现了动态规划对动态规划感兴趣的同学可以下下来看一看

该源码模拟了CPU的三个调度算法，分别是短作业优先短发、时间片轮转算法和优先级调度算法、采用了图形界面显示甘特图

通过一个简单是二元二次函数，实现bps神经网络的非线性拟合，逼近真实值。非常适合初学者。

傅立叶变换是信号处理时最常用的算法之一，实现时域与频域之间的转换，对人们研究各种信号非常有用，本程序利用VC实现快速傅立叶变换算法-Fourier transform signal processing is the most commonly used algorithm, achieving time-domain and frequency domain between the conversion of the people look very useful signal, the procedure used VC Fast Fourier Transform algorithm

一个实用的雅可比迭代求根的C++源代码，可以很方便的进行计算，并且是由用户输入数据，很灵活。-Use of a Jacobi iteration Roots of C++ source code

含有线性插值, 样条插值,Gauss矩阵列主元消去法等算法的实现 -with linear interpolation, spline interpolation, Gauss matrix main-element elimination algorithm Law Implementation

一种短时傅立叶变换的算法.并利用短时傅立叶变换画图-a algorithm for short time fourier transform

order发计算光子晶体的能带结构，比较好-order issued calculation of photonic crystal band structure, good! !

雅可比迭代解线性方程组 这个也是计算方法中另一种 求解线性方程组的计算程序-Jacobi iterative solution of linear equations This is a separate calculation method for solving linear equations of computational procedures