Powercontrolforwirelessdata

Gesture recognition by nn

系统辨识与MATLAB仿真程序与剖析夹.iso《系统辨识及其MATLAB仿真》附带的光盘(System identification and analysis with MATLAB simulation program folder. Iso " System Identification and MATLAB" supplied CD-ROM)

用于进行M-K分析代码，用于趋势和突变点寻找检验；编的比较全面，只需要把其中的例子数据换成你所需要分析的数据就行(MK code used for analysis, looking for trends and point mutation test compiled a more comprehensive, just put the data into one of the examples you need to analyze the data on line)

模糊控制,用于智能车的控制，输入偏差和偏差控制变化率，输出pd参数(Fuzzy Control for intelligent vehicle control, input bias and bias control the rate of change, the output parameter pd)

扩展的卡尔曼滤波方法matlab代码，可以用于各种电机控制中的在线参数辨识以及无速度传感器设计(extended kalman filter )

数值补偿 数值补偿数值补偿数值补偿数值补偿数值补偿(numerical compensationnumerical compensationnumerical compensationnumerical compensationnumerical compensationnumerical compensation)

一 维 时 域 有 限 差 分 法 MATLAB 代 码(One-dimensional finite difference time domain method MATLAB code)

MMT is a Matlab toolbox implementing the multi-task Lasso models, including: (i) the Lasso (ii) the standard multi-task Lasso, i.e. the group Lasso (iii) the structured input-output multi-task Lasso, a.k.a. the two-graph guided multi-task Lasso proposed in [1]. The last case (iii) subsumes the special cases: tree-guided and the feature-graph guided multi-task Lasso. The core optimization algorithm for solving this model is developed in C to enhance greater computational efficiency. In particular, current scalability of the coefficient matrix that has been tested for MMT is 104*104! The structured input-output multi-task Lasso model is well-suited for addressing the expression quantitative trait loci (eQTL) mapping problems which are of the intrinsic high-dimensional nature. Details can be found in [1].

电力系统中的IEEE4机2区域节点系统图及相应的参数，并且有利用PSCAD/EMTDC搭建的系统模型。(Power system IEEE 4-machine 2-area system diagram and the corresponding parameters, and there use of PSCAD/EMTDC to build the system model.)

求解接触刚度，用经典的Hertz方法求解理想情况下 刚度随载荷变化的关系(contact stiffness)