tv_reg

可以用来进行全相位FFT的频谱分析，对比FFT和全相位FFT(Can be used to carry out all phase FFT spectrum analysis of, contrast FFT and the all phase FFT)

Using MATLAB on a Orthogonal Frequency Division Multiplexing, and to map out the bit error rate simulation results.

xpc环境下pwm波形的输入，用来搭建半实物仿真平台。(the input of PWM in xpc ,it is used in hard in loop.)

nonlinear control of dynamics system

Embedding text in an image

KPSS Function - matlab - useful econometrics tool

回归分析中，检验自变量的重要性，将变量一个一个引入引入变量的条件是其偏回归平方和经检验时显著的，在引入新变量的同时，对已入选的变量逐个检验，将不显著的变量剔除。(The importance of the independent variables of regression analysis, test, introducing variable is introduced one by one into the condition of variable is the partial regression sum of squares in significantly after inspection, and at the same time of introducing new variables, for the selected variables one by one test, will not be significant variables.)

自适应阵列处理，阵列信号处理的经典教材，做雷达，声纳，传感器阵列(Adaptive array processing, array signal processing classic textbook, do radar, sonar sensor array)

PNN and K-mean algorithm

均衡效果好，这是基于最大似然估计的均衡器(With the development of high-speed optical fiber communication systems, polarization mode dispersion (PMD) has become a vital limiting factor. However, the traditional compensation methods which in optical domain have the disadvantages of complexity and cost. In recent years, the compensation methods which in electronic domain are given more attention because of their outstanding price advantage and their strong adaptability. The maximum-likehihood sequence estimation (MLSE) equalizer based on the Viterbi algorithm was designed in this paper.The MLSE equalizer can effectively compensate the intersymbol interference caused by polarization mode dispersion (PMD). First, the background and the spectrum of the text were introduced also the principles of PMD and the FFE/DFE equalizer were analysed. Second, the principles of Viterbi and the structure of MLSE were researched also the MLSE equalizer was simulated with the Matlab program in the optical fiber communication systems. T)