数学建模算法与应用

在给大家上传一个MATLAB角点检测的程序，希望对大家有用，(To the U.S. to upload a MATLAB corner detection procedures, in the hope that useful to everybody,)

文中基于耦合模理论和简化的阶跃折射率单模光纤三层模型的包层模理论，提出了长周期光纤光栅的传输谱特性仿真的主要步骤及 matlab程序实现，为长周期光纤光栅的数值仿真提供了一种简便的方法(Text-based coupled mode theory and a simplified three-step-index single-mode fiber cladding mode theory model, proposed long-period fiber grating transmission spectrum characteristics of the main steps and matlab simulation program implementation, as the value of long-period fiber grating Simulation provides an easy way to)

说明：  动态规划求最短路径 求S到T的最短距离(Seek the shortest path dynamic programming)

本文首先介绍了边缘的定义，说明了传统的几种边缘检测算子并比较了它们算法的不同与优缺点。随后引入了小波的思想、小波的基本概念， (This paper introduces the edge of the definition, Note some of the traditional edge detection operators and compare them with the different algorithms advantages and disadvantages. The subsequent introduction of wavelet thinking, wavelet the basic concepts,)

针对非线性目标的扩展卡尔曼滤波matlab仿真实现(Extended Kalman filter algorithm matlab simulation )

LDPC bpsk encode decode

AI仿真程序模型,频率角度正反馈模型，某国际知名公司专利(simulink model for AI based on the phase & frequency shift active model)

基于kaiser窗的双谱线插值FFT谐波分析，计算一维光子晶体的透射特性和反射特性，未来线路预测,分析误差。( Dual-line interpolation FFT harmonic analysis kaiser windows, Calculated transmission characteristics and reflection characteristics of the one-dimensional photonic crystals, Future line prediction, error analysis.)

说明：  采用matlab对两组离散点进行拟合，并在同一X轴不同Y轴（两个坐标轴中）画出拟合后的曲线，以及离散在两个y轴的单个点，在matlab中运行一次之后，将坐标轴切换到第二个y轴再次点运行即可，站长我想下modal-analysis，和examples请批准吧(Using matlab to fit the discrete points on the two groups, and different at the same X-axis Y-axis (two axes in) draw the curve fitting, and the y-axis in two discrete single point in time to run matlab After the switch to the second axis y-axis points can be run again, I think the next chief modal-analysis, and examples, please approve it)

This Pdf introduces you to the fundamentals of image processing using MATLAB and the Image Processing Toolbox. It describes the types of images supported, and how MATLAB represents them. It also explains the basics of working with image data and coordinate systems.