integration

说明：  经典无网格教程的随书算法的例程，属于第二章例程(Classical meshless algorithm tutorial with the book routines, routines that belong to the second chapter)

包括kf，ekf，pf，upf可以自己定制模型参数，完成滤波(ReBEL currently contains most of the following functional units which can be used for state-, parameter- and joint-estimation: Kalman filter Extended Kalman filter Sigma-Point Kalman filters (SPKF) Unscented Kalman filter (UKF) Central difference Kalman filter (CDKF) Square-root SPKFs Gaussian mixture SPKFs Iterated SPKF SPKF smoothers Particle filters Generic SIR particle filter Gaussian sum particle filter Sigma-point particle filter Gaussian mixture sigma-point particle filter Rao-Blackwellized particle filters The italicized algorithms above are not fully functional yet (or included in the current release), but will be in the next or future releases. The code is designed to be as general, modular and extensible as possible, while at the same time trying to be as computationally efficient as possible. It has been tested with Matlab 7.2 (R2006a). )

水下通信环境下，4FSK调制解调代码及bin文件,(4FSK modem code and the bin file)

This is a case where a array is introduced filtered

说明：  支持向量机libsvm分类 林智仁(Lin Chih-Jen)的工具箱 一看便学会了怎么用libsvm。(a good m file!a gooa good m file!d m file!a good m file!a good m file!)

time varieng channel with ofdm system

temperature model of lake in matlab

说明：   基于matlab 的叠加高斯白噪声的正弦信号频谱分析，给定正弦函数x=sin(2πf0n/N+π/3)+sin(2πf1n/N+π/4)，设定f0.f1的值，加了噪声之后做快速傅里叶变换，在matlab中分析其频谱，验证是否与f0,f1的值符合。再变换N值，看随着N值的变化对应点是否符合及有何变化。(Matlab based on the superposition of Gaussian white noise sinusoidal signal spectrum analysis, given the sine function x = sin (2蟺f0n/N+蟺/3)+sin (2蟺f1n/N+蟺/4) set value of f0.f1, do a quick noise Fourier transform to analyze the spectrum in matlab, verify that with f0, in line with the value of F1. Transform the value of N, see change as the value of N corresponding points of compliance and what changes.)

分数阶PID控制器MATLAB程序,可自行下载研究。(Digital Nonlinear Fractional Order PID Controller of the form)

傅里叶变换对加速度信号的处理，输入加速度信号，采样率，下限上线频率，积分次数(Fourier transform of the acceleration signal processing, input acceleration signal, the sampling rate, upper and lower line frequency, the number of integrations)