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入侵检测算法，计算机常用的工具，聚类分析(Intrusion detection algorithm, commonly used computer tools, cluster analysis)

YNvd变压器的建模与仿真，是铁路同相供电系统的3/2变压原理，比较前沿的技术(YNvd transformer modeling and simulation of railway power supply system in phase 3/2 transformer principle, more cutting-edge technology)

一个采用蒙特卡洛序贯重要性采样的简单的例子滤波源代码(A sequential importance sampling using Monte Carlo simple example filter source code)

信号员相干时候的DOA 估计应用了其它DOA估计算法(Members of coherent signals when the DOA is estimated that the application of the other DOA estimation algorithm)

this program shows the dynamical equation

刘维的《精通Matlab与Cpp混合程序设计》。 本书主要介绍如何运用Matlab与C/C++进行混合程序设计。共分8章，主要包括：Matlab程序设计初步、Matlab编译器、Matlab与C语言的接口、生成可独立运行的Matlab程序、Visual C++调用Matlab程序、Matlab DotNet Builder与Visual C++、Matcom与C/C++以及Visual C++调用Mattab C++数学库。另外，附录中介绍有关动态链接库的基础知识。(By Liu Wei. This book describes how to use Matlab and C/C++ mixed programming. Is divided into eight chapters, including: Matlab programming initially, Matlab compiler, Matlab and C language interface, generates an independent run Matlab programs, Visual C++ calling Matlab program, Matlab DotNet Builder and Visual C++, Matcom and C/C++ and Visual C++ call Mattab C++ math library. In addition, the appendix introducing the basics of the dynamic link library.)

龙格4阶matlab仿真 进行数据仿真运算看可以进行调用和修改(runge MATLAB m-file)

说明：  文章研究了利用COM组件技术的VB与 Matlab混合编程的实现方法，然后通过医学图像 处理实例阐明了混合编程的过程(This paper studies the use of VB COM component technology and Matlab Implementation of mixed programming, and then explained the medical image processing example of the process of mixed programming)

课本ID3算法 matlab上实现课本上对天气的预测(Textbooks ID3 algorithm matlab realize)

Implementation of the centered difference method for numerical differentiation. Evaluation of the derivative of the following functions (numerically) f(x) = 0.3x^2 + x*exp(sin(2x)), for − 6 <= x <= 6(Implementation of the centered difference method for numerical differentiation. Evaluation of the derivative of the following functions (numerically) f(x) = 0.3x^2+ x*exp(sin(2x)), for − 6 <= x <= 6)