Spy-Net

基于欧几里得距离的聚类分析算法程序，只需要用户输入矩阵即可完成(Euclidean distance-based clustering analysis algorithm procedure, but requires the user to complete input matrix)

matlab编程计算结构系统的频率响应程序(matlab program to calculate the frequency response of structural systems)

双向elm，一种改进的elm，泛化能力强，速度快。(bidirectional-elm fast generate classfify matlab)

It is a madlab code for EDFA gain with length of optical fiber. Hope it will help to the students.

利用ccs环境、MATLAB环境、DSP（TMS320F2812)、被测对象和Agilient网络分析仪E5071B，构建一个自动测量系统。 相信大部分人都知道基于NI公司的GPIB总线，可以实现自动测量，但NI公司的方案实在太昂贵，采用MATLAB能够大大降低成本。matlab与ccs之间基于RTDX协议进行数据交换，同时matlab基于TCP/IP协议与E5071B之间通信，源码说明如下： （1）RTDX_ok目录：matlab7.0代码，包含了一个用GUI实现的界面和相关的具体代码，特别是在其中实现了SCPI语言来对仪器进行控制。 （2）TMS320F2812目录：包含ccs下的c代码，如果没有做过RTDX的应用，相信这个对你很有启发。(Use ccs environment, MATLAB environment, DSP (TMS320F2812), the measured object and Agilient network analyzer E5071B, construct an automatic measurement system. I believe that most people are aware NI' s GPIB-based bus, you can realize automatic measurement, but NI' s program is too expensive, the use of MATLAB can greatly reduce costs. ccs between matlab and RTDX protocol-based data exchange, while matlab based on TCP/IP protocol and communication between the E5071B, the source described as follows: (1) RTDX_ok directory: matlab7.0 code, contains a GUI implementation with the interface and specific code, especially in one of implementation of the SCPI language to control the apparatus. (2) TMS320F2812 directory: contains ccs of c code, if not done RTDX application, then I think it was very instructive for you.)

天线方向图仿真,分别以sinc 和gauss函数进行仿真(The antenna pattern simulation is simulated by sinc and Gauss functions respectively.)

说明：  有限元的热代码，希望大家下载学习，分享给大家(fenite elment method thremo code to everyone study)

平台开发的振动工具箱,进行振动中的数值计算(Vibration platform development toolkit for the numerical calculation of vibration)

Hausdorffn距离的Matlab程序(Matlab Program for Hausdorffn Distance)

分水岭分割的实现，主要分四个部分：1，模拟浸水过程；2，模拟降水过程；3，过度分割问题；4，标记分水岭分割算法(The realization of watershed segmentation is mainly divided into four parts: 1. 2. Simulated precipitation process; 3. Excessive segmentation; 4. Marking watershed segmentation algorithm)