signal_decomposition_MP

Computinm model coordinates

制动系统模型和仿真控制，IEE的论文， Modeling -and Control Design for a Computer--Controlled Brake ( Modeling-and Control Design for a Computer--Controlled Brake )

汽车电动助力转向系统EPS simulink仿真模型 (EPS simulink model)

说明：  matlab经典实例，很多很好的例子可供参考(matlab classic example, a lot of good examples for reference)

利用c语言编写的，在matlab环境下运行mex函数可以生成动态的dll库，可以用来计算图像区域的梯度向量直方图特征。(Use c language, in the matlab environment running mex function can generate dynamic dll library that can be used to calculate the gradient vector histogram image area.)

光纤光栅光谱重构原文，包括DLP和CLP两种算法计算步骤，英文版(Two methods for grating synthesis which have appeared in the literature recently are compared directly. )

说明：  队列的新的操作，用个数number和队尾指针rear来判队空队满(Queue new operation, number and team with the number of rear end of pointers to sub-team full of air force)

Otsu-最大类间方差Matlab代码 最大类间方差法原理：最大类间方差法是由日本学者大津于1979年提出的,是一种自适应的阈值确定的方法,又叫大津法,简称OTSU。它是按图像的灰度特性,将图像分成背景和目标2 部分。背景和目标之间的类间方差 ％ 大,说明构成图像的2 部分的差别越大,当部分目标错分为背景或部分背景错分为目标都会导致2 部 ％ 分差别变小。(Otsu- Otsu Matlab code Otsu Principle : Otsu law by Japanese scholars in the large-1979's, is an adaptive threshold established methodology, also known as big-law, referred to Otsu. It is based on image characteristics of the gray image can be divided into the background and objectives of Part 2. Background and objectives between the between-class variance%, which meant that the two images form part of the greater difference, When some background into the wrong target or part of the background into the wrong target will lead to sub-2% difference becomes smaller.)

这是一个关于垂直腔半导体光放大器（VCSOA，微腔光放大器的一种）中的双稳态曲线计算程序，用Matlab语言写成，可执行。程序是根据VCSOA中的速率方程（Rate Equation）编写的。从曲线上可以看出随着输入功率Pin的变化VCSOA的输出功率Pout的双稳态曲线，是进一步研究该问题的基本素材之一。(This is a computation program for calculating the bistability activity of the vertical cavity semiconductor optical amplifier, which is based on the rate equation in VCSOA. This code is a basis for further investigating other activities in VCSOA related to bistability. )

Nelder and Mead Optimization Search Method