matlab-masterpiece

以“一主三从”主从多机通信系统为物理模型，研究应用马尔可夫链建立仿真算法及蒙特卡洛法建立了数学模型，通过将完整的系统元件化，并对每个元件创立各自的状态转移机模型，仿真运行状态，实现了对于这一通信系统的可靠性建模评估。(" One the main three from the" master-slave multi-communication system for the physical model to study the application of Markov chain Monte Carlo simulation algorithm and the mathematical model established through the will of a complete system components, and the creation of each component their respective state transition model, the simulation run, and the realization of a communication system for the assessment of the reliability of modeling.)

说明：  CONTENTS CHAPTER 2 (C2 Folder) INTRODUCTION TO MATLAB/SIMULINK Exercise 1: Variable Frequency Oscillator SIMULINK file s1.mdl MATLAB m-file m1.m Exercise 2: Parallel RLC Circuit SIMULINK file s2.mdl MATLAB m-file m2.m MATLAB m-file m2init.m(1st half of m2.m) MATLAB m-file m2plot.m(2nd half of m2.m) Exercise 3: AC Energization of a RL Circuit SIMULINK file s3.mdl MATLAB m-file m3.m Exercise 4: Series RLC Resonant Circuit SIMULINK file s4.mdl MATLAB m-file m4.m

一个希尔伯特变换的Matlab程序,以前老师给的(a program code of hilbert transform)

plane wave expansion for 2D and 3D photonic crystal band gap calculations

求解线性规划问题，简单的求解以及多远线性规划的求解，(To solve the linear programming problem solving and simple, how far solution of linear planning )

卡尔曼机动调试程序，描述卡尔曼滤波的状态方程，用于研究生教学实验(kalman experiment related program)

求解语音信号的短时过零率、短时能量、短时自相关特征，分析实验结果，并能掌握借助时域分析方法所求得的参数分析语音信号的基音周期及共振峰。(The short-time zero-crossing rate, short-time energy and short-time autocorrelation characteristics of speech signal are solved, and the experimental results are analyzed. The pitch period and resonance peak of speech signal can be analyzed by the parameters obtained by time-domain analysis method.)

说明：  基于最小方差法低通FIR的设计说明书,单通带,有详细的步骤及相关理论知识(Minimum variance method low-pass FIR-based design specification, a single passband, with detailed steps and theoretical knowledge)

path planning for robot

此程序描述了怎么样从已知的模糊规则建立模糊规则查询表。(This procedure describes how to create fuzzy rules from the known look-up table of fuzzy rules. )