dwt_2d_5by3.m

XOR问题是神经网络里面一个经典的问题，本例子使用Matlab自编SVM对XOR问题进行解决~(XOR problem is a classical neural network inside the issue, the examples of the use of Matlab for self-SVM to solve the XOR problem ~)

Matlab模拟图像受高斯白噪声和椒盐噪声的影响(Matlab simulation images by Gaussian white noise and pepper noise impact)

说明：  可用于集装箱起重机抗震分析求解单自由度的位移、能量分布，以及加速度响应。采用迭代的方法求解微分方程。(Can be used for solving single degree of freedom displacement, the energy distribution of seismic analysis of container crane, and the acceleration response. Using the iterative method for solving the differential equation.)

Thesis on entitled REED-MULLER CODES IN ERROR CORRECTION IN WIRELESS ADHOC NETWORKS with matlab codes.

自适应滤波存在于信号处理、控制、图像处理等许多不同领域，它是一种智能更有针对性的滤波方法，通常用于去噪。(Adaptive filtering exists in many different fields such as signal processing, control, image processing and so on. It is an intelligent and more targeted filtering method, usually used for denoising.)

In mathematics and signal processing, the Z-transform converts a discrete time-domain signal, which is a sequence of real or complex numbers, into a complex frequency-domain representation. It can be considered as a discrete-time equivalent of the Laplace transform. This similarity is explored in the theory of time scale calculus.

强跟踪滤波器对于强机动具有非常好的机动性能，针对战斗机越来越强的机动性能，已变得必不可少的滤波方法。这里总结了数篇关于强机动目标跟踪的文章，希望对大家的科研有帮助(Strong Tracking Filter for strong motor with very good maneuverability for getting stronger fighter maneuverability, has become an essential filtering method. Here is a summary of several articles on the strong maneuvering target tracking article, we want to help research)

用matlab语言写的模式识别中的线性分类器设计 简单的线性分类器设计是模式识别中的重要算法设计(Pattern recognition with matlab language written in a simple linear classifier design a linear classifier design is an important algorithm design for pattern recognition)

File is having matlab code for removing green pixel from image

Lead-Acid Battery This demo implements a model of a lead-acid battery cell using the Simscape™ language to implement the nonlinear equations of the equivalent circuit components. In this way, as opposed to modeling entirely in Simulink® , the connection between model components and the defining physical equations is more easily understood.