en-ef-mu

导入LabView的TDMS的文件作为一个在与选择保存在文件中的数据在垫子MATLAB的工作空间的结构（版本1.1或1.2）。这是写在MATLAB2010b。原函数的基础上，由Brad堪寻的技术和格兰特Lohsen与杰夫Sitterle的GTRI（通过此功能4版本1）的工作。版本9功能（菲利普上编写的），除加入了添加的各种以前的版本更新，可以处理已被“优化“由LabVIEW文件。这个功能已经测试了多种TDMS的文件数量有限。(Import a LabView TDMS file (version 1.1 or 1.2) as a structure in the MATLAB workspace with the option to save the data in a MAT file. It was written in MATLAB 2010b. The original function was based on the work by Brad Humphreys of ZIN Technologies and Grant Lohsen & Jeff Sitterle of GTRI (versions 1 through 4 of this function). The Version 9 function (written by Philip Top), in addition to incorporating the various updates that were added to previous versions, can process files that have been "optimized" by LabView. This function has been tested with a limited number of diverse TDMS files.)

There are 200 random lines. This program is used to calculate how many intersection points they have.

文章讲述了基于Matlab GUI的新型界面开发方式(This paper describes the new development mode of Matlab interface based on GUI)

初学者用惯性导航matlab仿真及程序，用于综合仿真(Beginners use inertial navigation matlab simulation and program for comprehensive simulation)

FIR and IIR RLS algorithms are implemeted by using reference information from Simon Haykin s Adaptive Filter Theory, where a transversal filter is used for modeling the adaptive filter

MATLABdaima用于小波分析 滤波算法 MATLABdaima用于小波分析 滤波算法

汉诺塔的实现程序，包括简单的实现代码，和动画演示代码(Hanoi' s implementation procedures, including simple implementation code, and animation demo code)

一种常用的神经网络算法，根据实际的输入与输出数据，计算模型参数(Artificial Neural Network Calculate model parameters based on actual input and output data)

Matlab 的LabView如何同自己的设备仪器相连接，通讯以及控制的视频。非常详细的步骤教你如何建立各种设备的通讯驱动。原来LABVIEW能有这么好的功能。(This is the video to teach you how to create communication between your Labview and your instruments and control them.Very advanced steps to show you how the communication drive works under Matlab environment.)

基于神经网络观测器的单关节机械手反演控制。将估计速度代替实际速度，可实现无需实际速度信号检测的控制(Single-joint robot based on neural network observer inversion control. Instead of the actual speed of the estimated velocity can be achieved without the control of the actual speed signal detection)