Cyclostationarity

时频分析类程序，非平稳信号分析之时频分析工具箱(Time-frequency analysis class program, non-stationary signal analysis of time-frequency analysis toolbox)

说明：  通过实际采集到的数据，数显通过数据预处理，进行不良数据的清洗，然后通过PCA降维，k均值聚类提取运动学片段，建立运动学片段库，通过随机策略提取运动学片段构成汽车行驶工况。(Through the actual collected data, the digital display cleans the bad data through data pretreatment, and then extracts the kinematics fragments through PCA dimensionality reduction, K-means clustering, establishes the kinematics fragments library, and extracts the kinematics fragments through random strategy to form the driving conditions of the vehicle.)

线性系统作业，系统辨识，运用极点配置，LQR，H∞设计状态反馈控制器(Linear system operation, system identification, using pole placement, LQR, H ∞ state feedback controller design)

迭代法求解一次方程运用迭代法实现一次方程的求解 原创(Iteration method to solve a equation)

基于Matlab语言的Monte_Carlo入门教程.用于初学者学习。有一定的指导意义。(Based on Matlab language Monte_Carlo Tutorial. For beginners. Have some significance.)

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给定观测序列 O=O1O2O3…Ot和模型参数λ=(A,B,π)，怎样有效计算某一观测序列的概率，进而可对该HMM做出相关评估。例如，已有一些模型参数各异的HMM，给定观测序列O=O1O2O3…Ot，我们想知道哪个HMM模型最可能生成该观测序列。通常我们利用forward算法分别计算每个HMM产生给定观测序列O的概率，然后从中选出最优的HMM模型。(Given the observation sequence O = O1O2O3 ... Ot and model parameters λ = (A, B, π), how to effectively calculate the probability that a single observation sequence, and thus can make the relevant assessment of the HMM. For example, there are a number of different model parameters HMM, given the observation sequence O = O1O2O3 ... Ot, we want to know which model is most likely to generate the HMM observation sequence. Usually we use forward algorithm calculates the probability of a given observation sequence O generated for each HMM, HMM and then to choose the best model.)

雷达系统建模与仿真，有关雷达信号建模与仿真的外文翻译书籍，对于回波信号的仿真有系统详细的介绍(Radar system modeling and simulation, modeling and simulation of the radar signal foreign books in translation, for the simulation of the echo signal system described in detail )

mutual malformation uation of image

一维波动方程反演MATLAB程序，采用的梯度法，声波方程，测试可用(1D waveform inversion by gradient method based on acoustic wave equation)