MATLAB Development Iterating a Variable Using the GNewton Method

MATLAB development - variable width histogram. This tool allows for the creation of flexible histograms that adjust based on the underlying data distribution, enhancing data visualisation and analysis.

经典相机标定程序代码基于matlab编程语言，采用Tsai方法进行相机的标定。

本方法采用平移变换进行信号去噪，有效消除Gibbs效应。通过MATLAB编写，提高信号处理的质量和效率。

This package includes four algorithms for solving bankruptcy problems: 1. Proportional solution (PROP = prop(E, c)) 2. Constrained equal award solution (CEA = cea(E, c)) 3. Constrained equivalent loss solution (CEL = cel(E, c)) 4. Talmud solution (TAL = talmud(E, c)) Additionally, it contains a function named bankruptcy that combines all four methods. In all functions, E represents the assets of the bankrupt company, and c is the debt vector.

Matlab Development: Robot Target Tracking Control Using Fuzzy Logic. This project involves using fuzzy logic with MatlabhW2K16 to develop a two-degree-of-freedom robotic arm for precise target tracking using image processing techniques.

----此脚本说明了如何使用NMF提取和弦音乐中的鼓部分。它利用了Mathworks文件交换中可用的NMF和Signal类。该技术的主要流程是： 计算不同频段的起始点。 将整个信号建模为NMF，对应于鼓的分量的H被初始化。 对信号进行过滤。 对于小文件（大约30秒），此代码应该可以正常工作。将此脚本用于研究目的时，请提供相应的参考：@article{LiutkusGPSS,author = {Liutkus, A. and Badeau, R. and Richard, G.},journal = {IEEE Transactions on Signal Processing},title = {Gaussian Processes for Underdetermined Source Separation},year = {2011},month = {July},volume = {59},number = {7},pages = {3155-3167},doi = {10.1109/TSP.2011.2117402}}

该包包含稳健点集的MATLAB代码，基于ICCV'05论文中描述的配准算法：“冰健和Baba C. Vemuri，一种使用高斯混合的点集配准鲁棒算法。”软件包可从以下网址免费下载：http://www.cise.ufl.edu/research/cvgmi/Software.php#gmmreg

This resource demonstrates the use of Least Squares Method to fit a circle curve. The output includes the coordinates of the center and the radius of the fitted circle.

This program performs directional wave separation in a Discrete-Time Acoustic Pulse Reflectometry (APR) system, based on Louis et al.'s method (1993). The algorithm requires recordings from two microphones (pm1c and pm2c) positioned at axial intervals within the source tube. The microphone spacing (shift) represents the time samples needed for sound waves to travel between the two microphones. The outputs, pm2plus and pm2minus, represent forward and backward propagating waves at microphone 2 within the source tube. Key Reference: Louis, B.; Glass, G.; Kresen, B.; Fredberg, J. \"Airway Area by Acoustic Reflection: The Dual Microphone Technique,\" Journal of Biomechanical Engineering, 1993, 115, 278.