OFDM

说明：  经典DSP的C程序和汇编程序库,有很多实用的程序供大家参考，很有用的！(Classical DSP C language program and assembler language libary. It has many practical programe for all of us. It is very useful.)

总结了最基本和最常用的mattlab源码，很实用(Summarizes the most basic and most common mattlab source, it is practical)

PLS部分最小二乘工具箱,基于K均值的PSO聚类算法,Pisarenko谐波分解算法。( PLS PLS toolbox, K-means clustering algorithm based on the PSO, Pisarenko harmonic decomposition algorithm.)

amplitude modulation

采用MATLAB中的控制工具箱和Simulink仿真模块，并用Bode图法实现超前校正器的计算机辅助设计,改善被控对象的性能(Using MATLAB in the control toolbox and Simulink Simulation Module, and ahead of Bode diagram implementation of computer-aided design corrector to improve the performance of object)

搜寻最短延时的交织m序列伪码，可选择m序列的长度，自动产生生成多项式(Search for the shortest delay interwoven m PN sequence can choose the length of m sequence, automatically generating polynomial)

Image coding based on a morphological representation

matlab实现图像检索系统 可通过调试(matlab realize image retri system by commissioning)

Matlab 仿真技术与应用 MATLAB 是一个工程和科学计算软件，融科学计算、数据图形可视化、信息 处理于一体，广泛应用于数理统计、动态系统仿真、自动控制、信号处理、模拟 与数字通信、模式识别、动力工程、电力系统、雷达与声纳工程等学科领域。本 研究生公共实验课程主要面向全校各专业的研究生。通过统计和评估全校各个专 业上课频率的基础上，制定了该实验教材的综合实验内容，主要包括四个部分， 由上课的四位老师进了实验的编制工作。(Matlab simulation using MATLAB is an engineering and scientific computing software, financial scientific computing, data graphical visualization, information Processing in one widely used in mathematical statistics, dynamic system simulation, automatic control, signal processing, analog Digital communication, pattern recognition, power engineering, power systems, radar and sonar engineering disciplines. This Graduate experimental courses primarily for graduate students in the whole school. Each designed by statistics and assess the whole school Industry on the basis of attendance frequency, the development of a comprehensive experimental content of the experimental teaching materials, consists of four main parts, By four teachers of the school into the preparation of the experiment.)

simple implementation of common used data structure