CA_DOA

Kalman Filter : Simple simulink example

说明：  chorus音频效果仿真处理，可从麦克风录入(chorus audio simulation, from the microphone input)

matlab code for back code

格兰杰因果检验：检测两个样本之间的因果关系，常用到预测中(Granger causality test: detecting causal relationship between the two samples, used to forecast)

matlab,利用Mie散射理论计算粒子散射特性(Matlab calculate scattering characteristic by Mie scattering theory)

横向稳定杆的设计校核,在matlab 平台下编写的，已经经过有限元分析验证(antiroll design Horizontal stabilizer bar design check, in matlab platform, has written by finite element analysis and testing )

说明：  4. 试说明卷积编解码的工作原理。请用Simulink仿真卷积编码，并用Viterbi译码的方法进行解码，其中的编码、译码全部是自己编写代码(S-Function方式)，不是调用Simulink的已有编码、译码函数。请在加性白高斯噪声信道中，画出比特信噪比与误码率的关系曲线。(4 Explain the working principle of convolutional encoding and decoding. Please use the Simulink simulation convolutional coding and Viterbi decoding method used to decode, in which the encoding, decoding all write your own code (S-Function mode), instead of calling the Simulink existing encoding and decoding functions. In additive white Gaussian noise channel, signal to noise ratio and bit error rate to draw the curve.)

Channel generator for 60 GHz

《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 )

seperate linear seperable and non-linearly patters