all4

这个是对于fir带通滤波器以及iir低通滤波器的一个仿真。程序代码通俗易懂，意义很大。(This is a band-pass filter and the fir iir low-pass filter with a simulation. Program code easy to understand, very meaningful.)

计算微带线和带状线的阻抗、有效介电常数等参数的一些脚本，内附详细注释，看了就能用(Some strips for parameters calculation of microstrip lines and strip lines)

本文件是关于机组分配在程序，适用于机组组合。(this file is about the power system generator distribution.)

说明：  小程序 大家将就下 把！！！！！通过一个程序 滑模控制 消去抖动(small program where you will! ! ! ! ! Through a sliding mode control procedures to eliminate jitter.)

偏最小二乘法是一种新型的多元统计数据分析方法，它于1983年由伍德(S.Wold)和阿巴诺(C.Albano)等人首次提出。近几十年来，它在理论、方法和应用方面都得到了迅速的发展。(partial least-squares)

研究盲信号的盲分离原仿真程序，其中有一个是应用ICA的(Of blind signal separation from the original simulation program, one of which is the application of ICA,)

Toolbox with important functions for audio signal processing.

此程序描写了一个猜数过程，系统在给定范围内随机生成一个数，如何根据提示在较少的次数内才对这个数。(This procedure describes a guessing process, the system randomly generated within a given range of a number of tips on how to lower the number of times the number of fishes.)

2fsk的调制及加入高斯白噪声后相干解调误码性能(Modulation 2fsk and by adding white Gaussian noise and coherent demodulation error performance)

《MATLAB/Simulink与控制系统仿真（第3版）》从应用角度出发，系统地介绍了MATLAB/Simulink及其在自动控制中的应用，结合MATLAB/Simulink的使用，通过典型实例，全面阐述了自动控制的基本原理以及控制系统分析与设计的主要方法。《MATLAB/Simulink与控制系统仿真（第3版）》共分13章，包括自动控制系统与仿真概述、MATLAB计算基础、Simulink仿真、控制系统数学模型、时域分析法、根轨迹分析法、频域分析法、控制系统校正与综合、线性系统状态空间分析、线性系统状态空间设计、非线性系统、离散控制系统、最优控制系统等。各章通过精心设计的应用实例、综合实例和习题帮助读者理解和掌握自动控制原理以及MATLAB/Simulink相关功能和工具的使用。(The MATLAB/Simulink simulation and control system (3rd edition) the perspective of application, the MATLAB/Simulink is introduced and its application in automatic control, combined with the use of MATLAB/Simulink, through typical examples, the comprehensive elaborated the basic principle of automatic control and system analysis and design of main control methods. The MATLAB/Simulink simulation and control system (3rd edition) is divided into 13 chapters, including the description of automatic control system and simulation, MATLAB calculation basis, Simulink simulation, mathematical model of the control system, the time domain analysis, the root locus method, frequency domain analysis, correction and integrated control system, linear system state space analysis, the design of a linear system state space, nonlinear system, a discrete control system, the optimal control system, etc. Chapters through the elaborate design of application examples, examples and exercises to help readers )