Adaptive-MMSE-filter

State Space and Kalman Filter

This is a introduction of the convergence analysis of the particle filter.

神经网络使用例子，主要用于图像处理与数据挖掘(Neural Network examples)

基于matlab的一个无线通行系统（Wireless）的csma仿真(Based on the matlab a Wireless traffic system (Wireless)carrier sense multiple access simulation)

本代码主要是势均衡多目标多伯努利滤波器的扩展卡尔曼（EKF）实现，能有效的解决杂波环境下的多目标跟踪，本代码能够正常运行。( 您是不是要找： 本代码主要是食均衡多目标多伯努利滤波器的扩展卡尔曼(EKF)实现,能有效的解决杂波环境下的多目标跟踪,本代码能够正常运行。 This code is mainly balanced multi-objective multi-bonuli potential extended Kalman filter (EKF) to achieve, can effectively solve the multi-target tracking in clutter, the code to run properly.)

说明：  本程序实现了采用聚类法对图像进行分割，给出了图像分割前后的直方图，程序内有详细的程序说明和例图像(This program was realized using clustering method for image segmentation is presented, and the histogram image segmentation, procedure in detail program)

IT IS THE CODE OF DELAY WHICH IS DEVELOPED USING MATLAB SOFTWARE

一个关于matlab的PDF文件，很好的，在网上很难得的，讲的很好(Matlab on the PDF file, very good, in-line hard to come by, said good)

Lasso变量选择方法创始人的经典代码，内含多个源代码，每个可单独运行(Lasso variable selection method, founder of the classical code, containing more than one source code can be run separately for each)

说明：  DICOM是各种数字化影像设备的图像格式和数据传输标准。许多医学图像都采用了DICOM标准。DICOM医学图像的编 码和显示是医学图像研究的基础。该文介绍了DICOM的相关概念和医学图像的组织结构。列出了数据集进行编解码的算法并用 Matlab和VC++编程实现DICOM医学图像的信息读取和显示。(Abstract:Dicom(Digital Imaging and Communications in Medicine)is the international standard of medical images archiving and com- munication.It is built by NEMA and ACR..It prescribes the uniform exchange format in Picture Archiving and Communication Systems.It provides the interface standard and communication protocol for different medical imaging equipments and their users.The displaying of Di- com medical image and encoding is the basis of medical image technology study.In this paper,the organization structure of Dcm file and displaying method of Dicom medical image is introduced.And describe the realization process of information read.The displaying is real- ized by Matlab and VC++programming.)