SUOXIANG222

　支持向量机方法是建立在统计学习理论的VC 维理论和结构风险最小原理基础上的，根据有限的样本信息在模型的复杂性（即对特定训练样本的学习精度，Accuracy）和学习能力（即无错误地识别任意样本的能力）之间寻求最佳折衷，以期获得最好的推广能力[14]（或称泛化能力）。 (SVM is based on statistical learning theory and the theory of VC dimension based on structural risk minimization principle, according to the limited sample of information in the model complexity (ie, training samples of a specific learning accuracy, Accuracy) and learning ability (ie, error-free samples to identify any capacity) to find the best compromise between, in order to obtain the best generalization ability [14] (or generalization).)

matlab电子教程 包括基本的使用绘图数值分析(electronic tutorials matlab basic numerical analysis of the use of graphics)

polar code simulation result

用matlab编写的有限元程序，可用于解偏微分方程的数值解(Using matlab finite element program can be used to solve the numerical solution of partial differential equations)

包含粒子滤波器，卡尔曼滤波，Copula函数的应用，适合适合新手学习，共享(Including particle filter, Calman filter, Copula function application, suitable for novice learning, sharing)

说明：  利用MATLAB所实现的ROC曲线的函数(Function of ROC curve realized by MATLAB)

simple code for data echo cancellation

face recognition based on statistical moments

将波纹钢板桥涵结构简化为单位宽度的固支圆弧梁,同时考虑波纹钢板桥涵结构和土的共同作用,首次建立了该结构的计算模型,推导了该结构位移、应力的解析解.实例计算结果表明:理论计算结果和现场实测结果相当吻合.在此基础上,编制MATLAB程序,进一步分析波纹板厚、波峰高度、波长、结构半径,土体自重、侧压力系数,以及弹性模量对结构位移、应力的影响,为该结构优化设计和施工提供了理论依据.(The simplified structure of corrugated steel culvert unit width clamped circular beam, taking into account the corrugated steel culvert structure and interaction of soil for the first time to establish a computational model of the structure, the structural displacement derived analytical solution of stress. Example calculation the results show that: the theoretical calculations and field measurement results are quite consistent on this basis, the preparation of the MATLAB program, further analysis of corrugated sheet thickness, wave height, wavelength, structure radius, the weight of soil, lateral pressure coefficient, and elastic modulus of the structure. displacement, the impact of stress for the structural optimization design and construction provides a theoretical basis.)

自抗扰仿真程序设计,参数已整定好,欢迎大家学习使用(ADRC simulation programming, tuning parameters are good, welcome to learn to use)