MATLAB6.0MathematicsHandbook

此程序能将一个信号进行EMD分解，已近调试过，绝对没问题，主程序为emd1.m，用户可以随意更改里面的信号函数Xn。(This program converts a signal with EMD nearly debugged, absolutely no problem, main program for emd1.m, the user can freely change inside the signal function Xn.)

Bifurcation Diagram of logistic map

对于双雷达信息融合的分布式检测程序。针对不同信噪比做了分析对比。(For dual radar information fusion distributed detection program. To do the analysis and comparison of different signal-to-noise ratio.)

说明：  经验模态分解的使用方法，详细易懂，含代码示例。(Empirical mode decomposition method of use, detailed and easy to understand, including code examples.)

一个基于matlab的wav频谱分析程序~~希望能帮助一些初学者(Wav of a matlab-based spectrum analysis program ~ ~ hope can help some beginners)

说明：  基于FCM的数据聚类分析及Matlab 实现 戈国华, 肖海波, 张敏 ( 江西理工大学信息工程学院江西赣州341000 ) 【摘要】: 聚类是数据挖掘中常用的数据分析技术。本文详细介绍了FCM聚类算法的理论和实现步骤。并用Matlab 演 示了FCM用于数据聚类。结果表明FCM算法是一种高效的数据聚类算法, 有很广泛的应用。(FCM clustering analysis based on the data and Matlab implementation Ge Guohua, Xiao Haibo, Zhang Min (Institute of Information Engineering, Jiangxi University of Ganzhou, Jiangxi 341000, China) Abstract: Clustering is commonly used in data mining, data analysis techniques. This paper describes the FCM clustering algorithm theory and implementation steps. And demonstrates the use of Matlab for data clustering FCM. The results show that the FCM algorithm is an efficient data clustering algorithm, a very wide range of applications.)

Generating manipulator trajectories considering multiple objectives with kinematics and dynamics constraints is a non-trivial optimization. In this paper, a constrained multi-objective genetic algorithm (MOGA) based technique is proposed to address this problem for a general motor-driven parallel kinematic manipulator.(生成机械手轨迹考虑　　多个目标的运动学和动力学约束是一个简单的优化。在本文中, 　约束多目标遗传算法　　)技术提出了解决这一问题　问题一般电机驱动的平行运动操纵者。)

wave packet , particle in box , quantum

基于非下采样轮廓波的边缘提取程序。最新的程序(Under the sample based on non-profile wave of edge detection procedure. The latest program)

编程实现QPSK调制解调，计算其误码率；(QPSK modulation and demodulation programmed to calculate the bit error rate )