ManHanLou_Source_Code_HanShunPing

MBeautifier: MBeautifier是MATLAB源代码格式化程序，beautifier。它可以直接在MATLAB编辑器中使用，并且是可配置的。

AP聚类算法的源代码，基于MATLAB程序，有较详细解说。此代码实现了基于聚类的方法，通过图的结构和相似度计算，进行有效的数据分组。

刘金琨《智能控制》书本的所有源程序，matlab编程，希望大家有用。

Fingerprint Recognition Source Code - MATLAB Version This source code implements fingerprint recognition using MATLAB. The code includes several stages such as image preprocessing, feature extraction, and matching. The provided fingerprint images are used as input for the system. Main Features: Image Preprocessing: Enhances fingerprint image quality for better recognition accuracy. Feature Extraction: Identifies distinctive features of the fingerprint like minutiae points. Matching Algorithm: Compares fingerprints to find similarities. Included in the package are fingerprint images used for testing the algorithm. Image Example: The fingerprint images provided show the original and processed versions of the input data, helping users visualize the recognition process.

Here is the Chaos Optimization Algorithm implementation in MATLAB. This source code allows you to utilize chaotic optimization techniques to solve various optimization problems. It involves generating chaotic sequences and using them to find the optimal solutions more effectively than traditional methods. The code is designed to work with multiple test functions and can be customized for specific optimization tasks.

Access Bible 2007 English version source code, installation required.

Goertzel算法是数字信号处理（DSP）中的一项技术，为有效评估离散傅里叶变换（DFT）的各个项提供了一种方法。我创建了一个具有多个频率f0，f1和f2的正弦波，并加了一些白噪声。之后，我将Goertzel功能应用于嘈杂的信号，计算了每个频率的检测概率，并绘制了平均概率与检测到的所有频率的关系图。

MATLAB小波图像边缘检测源码，实现了利用小波对图像边缘检测。含实验报告。

Iris Recognition with Python In this project, we explore Iris Recognition using Python by implementing MATLAB-inspired code. The libraries used are critical for visualizing and processing iris images. matplotlib.pyplot: This module, part of the matplotlib library, mimics MATLAB's global style. It simplifies the transition for users familiar with MATLAB by integrating functions and classes from NumPy and matplotlib. In our project, pyplot is used to plot images and define circles representing the pupil and iris edges. It's also useful for displaying the processed images during the recognition process. OpenCV: OpenCV is an open-source computer vision library that provides more than 2500 optimized algorithms for applications like face recognition, object detection, and behavior classification in videos. In this project, OpenCV is primarily used for Hough Circle Detection. This technique helps identify the center and boundaries of the pupil and iris, crucial for accurate iris recognition. By using these libraries together, we can create a functional and efficient iris recognition system that processes and identifies the unique features of the iris for biometric applications.