Dstatcom

PID 控制算法及扩展算法的仿真代码，建议学习控制的同志参阅一下(PID control algorithm and the expansion of the simulation algorithm code, the proposed learning control comrades see what)

上传一个word档的联邦式扩展卡尔曼粒子滤波算法，大家学习粒子滤波有益，为了使联邦滤波器够有效处理非高斯、非线性系统的状态估计问题，提出将扩展卡尔曼粒子滤波引入联邦滤波结构中，得到一种新的联邦式扩展卡尔曼粒子滤波算法.使用扩展卡尔曼粒子滤波对联邦滤波子系统的多源数据进行处理，从而摆脱了经典卡尔曼滤波的限制，拓宽了联邦滤波器的实际应用范围.将联邦式扩展卡尔曼粒子滤波算法应用于非线性滤波器的一个标准验证模型进行了仿真实验，结果表明该算法是有效性的.(Abstract: A new particle filter(Federated Extend Kalman Particle Filter，EKF-FPF) is proposed to estimate the state of Non-Gaussian and Non-Linear system for federated filter, in which extend kalman particle filer is introduced to federated filter so that the information fusion of subsystem can be solved by the non-gaussian and non-linear filer. By doing so, the federated filter can get rid of the disadvantage of the ordinary kalman filter to extend its application field. The simulation results of the standard testing model demonstrate the feasibility of the proposed algorithm.)

说明：  射频设计很好的MATLAB参考代码，对于参数设计提供了形象方便的途径(RF design of the MATLAB reference code good for the image parameter design provides a convenient way to)

几个用matlab编写的程序，都是针对excel文件的，读取.xls文件并对数据信号进行相关处理(some code based on matlab ,used to read excel format data)

多传感器信息融合技术相关的代码，适用于初期和中期学习参考(Multi-sensor information fusion technology related code, suitable for early and mid-study reference)

里面一共有几个关于连续优化的matlab程序(First there were a few inside for about matlab optimization procedures)

APSK仿真程序，包括收端、发端、信道，以及(APSK simulation program, including land-side, the originator, channel, as well as)

说明：  一个粒子群算法、遗传算法优化RBF径向基神经网络源代码,可直接使用。(A particle swarm optimization, genetic algorithm optimization RBF Radial Basis Function neural network source code, can be used directly.)

丁星《MATLAB杆系结构分析源代码》 随书第二章源码： 1.结点位移自动编码 2.单元刚度矩阵计算与结构刚度矩阵集成 3.单元等效载荷计算与结构载荷矩阵集成 4.单元坐标系与结构坐标系转换 5.单元杆端位移和内力计算 6.单元截面内力和位移计算 7.单元机结构内力图和位移图绘制 8.支座位移计算 9.考虑温度作用的平面刚架静力分析 (Matlab Code for Statics Analysis of Plane Frame)

语音识别的dtw改善算法 语音处理 识别(Speech recognition speech processing algorithms to improve recognition dtw)