FLL

第一章 MATLAB6.5 基础 第二章 MATLAB 图形绘制基础 第三章 MATLAB 图形对象 第四章 MATLAB 图形对象操作 第五章 GUI 设计 第六章 MATLAB 特殊图形的绘制 第七章 MATLAB 高级绘图功能】 第八章 数字图像原理 第九章 MATLAB 图像显示与色彩 第十章 MATLAB 图像正交变换 第十一章 滤波器的设计 第十二章 MATLAB 图像运算 第十三章 MATLAB 图像增强 第十四章 图像复原 第十五章 图像分析 第十六章 数学形态学操作 第十七 章 图像编码与压缩(Chapter I Chapter II MATLAB6.5 basic foundation MATLAB Rendering graphic object MATLAB Chapter III Chapter IV MATLAB graphics object to operate GUI Design Chapter V Chapter VI MATLAB graphics rendering special MATLAB Chapter VII of the advanced graphics features】 figure eight chapters Image Principle IX MATLAB image display and color images MATLAB Chapter X Chapter XI filter orthogonal transformation design Chapter XII Chapter XIII MATLAB image computing MATLAB Image Enhancement Image Restoration Chapter XIV Chapter XV of image analysis Chapter XVI Chapter XVII operation of mathematical morphology image coding and compression)

雾天环境下图像的去噪处理，基于MATLAB环境仿真，希望对大家有帮助(Fog environment, image denoising, based on MATLAB environment simulation, we want to help)

array processing code for communication engineering(array processing code for communication e ngineering)

说明：  Household变换，利用仿真数据进行ftt，最小二乘法的多项式拟合(House transform, polynomial fitting of FTT and least square method with simulation data)

说明：  1．什么是卡尔曼滤波器（What is the Kalman Filter?） 2．卡尔曼滤波器的介绍（Introduction to the Kalman Filter） 3．卡尔曼滤波器算法（The Kalman Filter Algorithm） 4．简单例子（A Simple Example） 5. 用matlab做的kalman滤波程序,已通过测试 还有下面一个 Matlab源程序，显示效果更好。 (1. What is a Kalman filter 2. Introduction to the Kalman Filter 3. The Kalman Filter Algorithm 4. A Simple Example 5. Kalman filter code with matlab, has been tested.Another Matlab code shows better.)

信道模型包括模拟多径造成的指数衰减模型、模拟噪声干扰的 AWGN模型、以及频率偏差，主要 Matlab 实现(Channel model including the simulation of multipath caused by the exponential decay model to simulate the noise of the AWGN model, and the frequency deviation, the main Matlab Implementation)

实现对数压缩PCM和线性PCM的信噪比特性曲线的仿真，非均匀量化级数为n=8和n=6。(realization of a number of PCM compressed and linear PCM signal-to-noise ratio of the characteristic curve simulation, non-uniform quantization Series n = 8 and n = 6.)

摘要:经验模态分解方法(EMD )在非平稳信号的分析和处理中起着重要的作用 ,为了能够方便的使用EMD方法对信号进行处理 ,现labVIEW 虚拟仪器开发平台良好的用户图形界面和TLAB 软件强大的数值分析功能相结合 ,利用 Lab V IEW调用 MATLAB实现EMD信号处理方法.仿真结果表明对信号进行EMD分解后,使得瞬时频率具有了物理意义,但只是对信号进行了初步处理 ,可根据实际需要进行相应后续处理 。(Abstract: The empirical mode decomposition (EMD) plays in the analysis and processing of non-stationary signals an important role, in order to facilitate the use of EMD method for signal processing, virtual instrument development platform now labVIEW good graphical user interface and TLAB powerful numerical analysis software combined with the use of Lab V IEW call MATLAB realize EMD signal processing methods. simulation results show that the signal EMD decomposition, so that the instantaneous frequency has a physical sense, but only a preliminary processing of the signal, according to The actual need for appropriate follow-up treatment.)

行波测距的matlab仿真研究，非常适合初学者使用。(The traveling wave ranging matlab simulation)

nonlinear secant method