Understanding_Digital_Signal_Processing_2nd_ed

给出完整的通信系统和多径通信信道，并使用带RLS算法的判决反馈均衡器进行均衡。 内有详细注释。 在DFE(lms算法）的基础上，采用RLS算法 产生 0 1 序列--> QPSK映射 --> 上变频 --> 信道（多径、加噪） --> 下变频 --> LMS算法均衡 --> 解映射、判决 --> 求误码率、星座图(This progam include a complete communication system with a multipath channel, based which decision feedback equalization with RLS algrithem is implemented.)

这个程序是关于matlab中信号处理的，以及应用的相关程序(The function is very useful.It can solve different matlab functions)

炉温模糊控制规则的matlab simulink仿真(Furnace temperature fuzzy control rules matlab simulink simulation)

基于PWM变换技术的电力电子变压器，主要介绍了电力电子变压器及其在MATLAB环境下的仿真。(Research PWM conversion technology based on power electronic transformer of MATLAB.)

关于典型雷达信号的侦察分析和雷达干扰建模与仿真，为雷达系统仿真提供了重要的模块。 (For typical radar signal reconnaissance and radar interference analysis modeling and simulation for radar systems provide an important module emulation.)

卡尔曼在目标跟踪中的应用本文对作匀速运动的二维空中机动目标进行研究，利用交互式多模型方法对雷达目标进行跟踪(target tracking in the application of this uniform motion for the two-dimensional aerial maneuvers goals, use of interactive multi-model approach to tracking radar targets)

说明：  在MATLAB平台上，编译自适应算法的M文件，进行系统仿真，并对滤波器的阶数、收敛步长、跟踪速度和稳态误差进行了详细的分析和研究。( On the MATLAB platform, the M file is written and system simulation experiment is put on. The main parameters such as number of filter exponent, step-size, track-speed, errors and so on are discussed, that provided a solid foundation for the hardware realization of adaptive filters.)

说明：  用遗传算法编写的一个程序,其目的是求解旅行商问题.(genetic algorithm a procedure for the preparation, with the aim of solving the traveling salesman problem.)

说明：  主要指令：butter（产生巴特沃斯滤波器）；freqz（绘制幅频、相频曲线）；zplane（绘制零、极点图）；ss2zp（状态方程变零、极点）；zp2tf（零、极点变分式多项式）。(Main instruction: butter (produced bart wo filter) Freqz (draw amplitude frequency, phase frequency curve) Zplane (draw zero, poles chart) Ss2zp (state equation is zero, poles) Zp2tf (zero, pole change fraction polynomial). )

利用MATLAB做一些基礎的影像處理，如灰階值、圖片放大、縮小、旋轉等等.....(Use MATLAB to do some basic image processing, such as the gray-scale value, image to enlarge, reduce, rotate, and so on .....)