imadeedgesegmentation

说明：  fft做谱分析各种连续信号 用MATLAB实现(fft spectrum analysis to do a variety of continuous signal with MATLAB to achieve)

Hespanha混杂系统模拟仿真教程的Matlab算例1(Matlab example 1 Simulation of hybrid systems (Hespanha))

空间谱估计，DOA到达角估计，MUSIC算法仿真以及延伸算法(Spatial spectrum estimation, DOA DOA estimation, MUSIC algorithm simulation and extended algorithm)

Application au problème de la cuve. Comparaisons entre un contrô leur ACF, un contrô leur PID et le contrô leur à logique floue de Matlab. Application au problème du pendule inverse. Comparaisons entre un contrô leur ACF, un contrô leur PID et le contrô leur à logique floue de Matlab.

说明：  Matlab 的Numerical Computing，全书pdf＋全代码，英文版(Matlab Numerical Computing, the whole book pdf+ code, in English)

说明：  第一章:MATLAB6 简介 第二章:离散信号及其MATLAB实现 第三章:离散系统及其MATLAB实现 第四章:信号变换及其MATLAB实现 第五章:离散系统的结构及其MATLAB实现 第六.七.八章:基于MATLAB的IIR DF.FIR DF 设计 功率谱估计(Chapter I: MATLAB6 Introduction Chapter II: MATLAB realization of discrete signal and its Chapter III: discrete-time systems and its achievement of Chapter IV of MATLAB: MATLAB realization of the signal transform and its chapter V: the structure of discrete-time systems and its achievement of sixth MATLAB. 7 . VIII: MATLAB-Based Design of IIR DF.FIR DF power spectrum estimation)

该程序实现了几种线路码的编译过程。包括编码和译码的过程，绘制有关的性能曲线、频谱图和波形图，还有纠错的能力。(the realization of several lines of code compile process. Including the coding and decoding process, drawing on the performance curve, spectrum and waveform charts along with error-correcting capabilities.)

主要是用来K均值聚类，K值按照自己的需要设置并将聚类结果保存到相应目录下的excel文档中(Mainly used K-means clustering, K value is set according to their needs and clustering results are saved to the appropriate directory under the excel document)

This is the CRB caculated for an OFDM system to compair belind channel estimation. CRB is Cramer Rao bound and it is the lowest bound for analyzing the devlopement of algorithms of channel estimation.

采用卡尔曼滤波的阻尼系数的非线性估计：用于较小但未知阻尼系数，增强阻尼因子的可测性(This implementation uses lower (but unknown)damping to improve damping observability.)