MatlabCodes

说明：  这个程序是我自己编写的小车倒立摆经典PID控制和模糊控制matlab程序，相信对初学模糊控制的朋友有不小的帮助，包含传统PID控制和模糊控制的对比，是一份内容详细的完整报告(This program is written in my own car classic inverted pendulum PID control and fuzzy control matlab program, I believe beginner friends of fuzzy control no small help, with the traditional PID control and fuzzy control of contrast, is a complete and detailed report of)

用WMIC在WINDOWS上得到计算机硬件信息(Description wmicGetHardwareInfos queries informations about the computer hardware (OS, CPU, GPU, RAM, Disk) It displays results in the command window or in a text file. wmicGetHardwareInfos requires wmicGet (submission#47858 on the File Exchange). Acknowledgements Wmic Get inspired this file. Required Products MATLAB MATLAB release MATLAB 8.3 (R2014a) Other requirements Windows )

this code implementation cfar.

matlab带噪声周期信号的自相关运算代码仿真有图(autocorrelation matlab periodic signal with noise)

无限状态隐马尔可夫模型(IHMM)采样与推理算法程序,可用于模式识别,视频异常事件检测等,开发平台了最新的MATLAB2009(Infinite state Hidden Markov Model (IHMM) sampling procedures and the reasoning algorithm can be used for pattern recognition, video detection of abnormal events such as the development platform, the latest MATLAB2009)

linear 2 stat problem

说明：  频域的模态参数识别方法之一，可以对振动信号进行分析处理，得出结构的固有频率，阻尼比，振型系数，方法很好，程序完整，(Frequency-domain modal parameter identification methods that can analyze the vibration signal processing, draw the structure of natural frequencies, damping ratio, mode shape coefficient, very good method, program integrity,)

Generalized Givens Transformation and its Application

多变量预测控制，运用于两输入两输出的情况，显示输入输出。(Multivariable predictive control, applied to the case of two-input two outputs, display input and output.)

杨氏双缝干涉 两相干光源到接收屏上P点距离r1=(D2+(y-a/2)2)1/2, r2=(D2+(y+a/2)2)1/2, 满足相干条件的光波叠加后，对于观察屏上某一确定点，即r1、r2确定后，叠加后的光强为 式中λ为光波的波长， 、 ，令相位差φ=2π（r2-r1）/λ, 最后可得公式如下： ， 最后光强I=4I0cos2（Φ/2）。 观察相干光叠加后光强的分布. (Young' s double slit interference two coherent light source to the point P on the receiving screen distance r1 = (D2+ (YA/2) 2) 1/2, r2 = (D2+ (y+a/2) 2) 1/2, meet coherent conditions lightwave after superposition, for a determined point on the viewing screen, i.e. R1, R2 is determined, the superimposed light intensity where λ is the wavelength of light, make the phase difference φ = 2π (R2-R1)/λ, final can be obtained using the following formula: Finally, the light intensity I = 4I0cos2 (φ/2). Observed coherent superposition of light intensity distribution.)