load-flow-calculation

四轮转向汽车的MATLAB实现，3种实现方式。输入量为前后轮的旋转角度，输出量为汽车侧偏角和横摆角速度。6.5版本编写。(MATLAB realization of four-wheel steering vehicle, 3 implementation. Enter the amount of rotation of front and rear wheels, the output volume for the automotive side slip angle and yaw rate. 6.5 preparation.)

基于张量的一个工具箱，用来提取点和线的张量(A toolbox based on tensor, which is used to extract tensor of points and lines)

《MATLAB R2008图形与动画编程实例教程》的源代码--第二章(" MATLAB R2008 examples of graphics and animation programming tutorial" source code- Chapter II)

该算法用于自回归输入模型，是一种迭代的算法。其基本思想是基于对数据先进行一次滤波处理，后利用普通最小二乘法对滤波后的数据进行辨识，进而获得无偏一致估计。但是当过程的输出信噪比比较大或模型参数较多时，这种数据白色化处理的可靠性就会下降，辨识结果往往会是有偏估计。数据要充分多，否则辨识精度下降。模型阶次不宜过高。初始值对辨识结果有较大影响。(The algorithm used for autoregressive input model, it is a kind of iterative algorithm. The basic idea is based on data to conduct a filtering processing, after using ordinary least square method to identify the data filter, and then obtain unbiased consensus estimates. But when the process output signal-to-noise ratio is larger or model parameters are too, this kind of data white processs reliability will drop, identification results tend to be biased estimate. Data should fully, otherwise the identification accuracy down. Model order time shoulds not be too high. Initial value to identification results have great influence on.)

it is binary ga algorithm in matlab

generating C/A code of GPS

关于模型辨识的MATLAB仿真源码。有使用最小二乘的建模，有极大似然估计建模的方法。每个重点例句都有详细的解释。(On the MATLAB simulation model of source identification. Modeling the use of least squares, and maximum likelihood estimation method of modeling. Each key has a detailed explanation of examples.)

ECCV 2010 paper "Category Independent Object Proposals"的实现。(ECCV 2010 paper "Category Independent Object Proposals" code)

离散信号用MATLAB实现 典型的离散时间信号的MATLAB实现，离散时间序列的基本运算(Discrete signal using MATLAB to achieve a typical discrete-time signals in MATLAB realization of discrete-time sequence of basic operations)

说明：  rs编码函数在matlab编译环境下的实现(rs encoding function in the matlab compiler environment to achieve)