QAM000000

定位算法中泰勒级数迭代，其是以最小二乘法为初值的算法(Taylor series iterative positioning algorithm, which is based on least squares algorithm for the initial value)

利用prewitt边缘检测算子，实现图像的边缘检测，方法很简单(Edge detection operator using prewitt achieve edge detection, the method is very simple)

最小一乘算法和最小一乘拟合直线。这是最小一乘拟合直线的matlab算法。(Least absolute deviation fitting algorithm and the least absolute deviation line. This is the minimum by fitting a straight line matlab algorithm.)

demo MPC function !!! using Matlab MPC function to control a system based on DMC method.

RAIM即接收机自主完好性，在航天领域有着重要的作用，本文章主要对其基本算法进行描述，读者可根据其来进行matlab编程实现。(That RAIM Receiver Autonomous Integrity, plays an important role in the aerospace industry, this paper mainly described its basic algorithm, the reader can be realized in accordance with its program for matlab.)

说明：  ＧＰＳ星座ＭＡＴＬＡＢ仿真 ＧＰＳ星座ＭＡＴＬＡＢ仿真(MATLAB Simulation of GPS constellation GPS constellation MATLAB simulation)

说明：  在MATLAB环境中，利用简单的加法和乘法实现基2时间抽取的FFT变换，并且能够计算出峰值点的最大值,数据点数为2的整数次幂。学习程序有利于对FFT变换的理解，以及在单片机环境或者是DSP环境中编写FFT变换C语言程序。(In the MATLAB environment, using simple addition and multiplication of time taken to achieve the base 2 FFT transform, and can calculate the maximum peak point. Learning process is conducive to the understanding of the FFT transform, and the DSP in the microcontroller environment, the environment or the preparation of FFT, C language program.)

以上为matlab在控制系统仿真中一些例子程序，对学习控制系统仿真的朋友有一些帮助(About mathematical modeling risk overdraw problem program, mainly to solve the risk of the investment in the optimal strategy is more than the main Linux multi-threading with processes the correlative analysis of the performance, very classic, is suitable for various beginners above for matlab in control system simulation program some examples to the study of control system simulation friend has some help )

K-近邻支持向量机回归，工具箱，全程Matlab(K-Support Vector machine Matlab， This function process the SVM regression model using a linear epsilon insensitive cost)

MATLAB / IMAGE PROCESSING / ACTIVE CONTOUR TOOLBOX Copyright (c) 2006, Eric Debreuve All rights reserved.