handwritten-digits_recognition-

AR模型参数估计：已知某系统的输出信号，试估计输入白噪声的功率及AR模型的参数(estimation of parameter for AR model)

本作品基于matlab与vc++混合编程的一个语言信号处理平台，实现了matlab与vc++的接口通信，利用matlab强大的语言信号处理能力，再结合c++语言的强大的算法描述能力，两者取长补短，取得了很好的效果(This work is based on the matlab and vc++ mixed programming, a language signal processing platform, the matlab and vc++ interface communication, use of matlab strong language signal processing capabilities, combined with c++ language' s powerful description of the algorithm ability to both learn from each other, made good results)

本程序没有添加信道估计部分，与峰均值仿真，如果添加了将更加完善对OFDM的研究(The program does not add the channel estimation section, and the mean peak simulation, if you add the more complete study of the OFDM)

利用S函数生成空间矢量SVPWM，可用于异步电机、同步电机的Matlab控制仿真的逆变模块(The S function to generate space vector SVPWM, can be used for asynchronous motors, synchronous motor control simulation Matlab inverter module)

ce document a été oploadé par moi meme ce jour-ci à la compagnie du mr ayoub le plus grand 3atay que le monde a jamais connu!! merci pour votre attention,

说明：  有三种算法，分别是cmeans、fcm和som等对如iris和usps等数据的聚类。(There are three algorithms, cmeans, FCM and SOM to cluster data such as iris and USPS.)

简易k-means聚类算法实例，针对二维数据，自带简易数据矩阵，分析结果有输出图像。(Simple k-means clustering algorithm example, for two-dimensional data, comes with simple data matrix, analysis results output image.)

The traditional power droop controllers are commonly used in distributed generation (DG) units to share the loads among the parallel inverters. However, the parameters of the power transmission and distribution line in microgrid are small and generally presented high resistance-to-inductance (R/X) ratio which will seriously influence the performance of the traditional power droop controller, even leading to instability

关于维纳滤波器、卡尔曼滤波器、自适应滤波器的设计方法，及信号提取、分析,附有作业及相关程序。(On the Wiener filter, Kalman filter, adaptive filter design method, and signal extraction, analysis, with operations and related procedures.)

说明：  基于MATLAB的算法仿真实验及分析、基于DSP的硬件算法综合实验等三个层次的实践活动，帮助同学进一步领会和深化课堂上学到的有关数字信号处理的基本概念、基本原理以及基本的信号处理操作(algorithm based on MATLAB simulation and analysis DSP-based algorithms integrated hardware experiments three levels of practice, to further help students understand and deepen the classroom to the digital signal processing of the basic concepts the basic principles and basic signal processing operation)