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人工智能/神经网络 人工免疫算法的源程序。由主程序和子程序等十几个m文件组成。
人工免疫算法的源程序。由主程序和子程序等十几个m文件组成。
其他书籍 matlab 使用简介 网页形式 含有大量的实例 没有单独的M文件 不过复制粘贴也是一样
matlab 使用简介 网页形式 含有大量的实例
没有单独的M文件 不过复制粘贴也是一样
matlab例程 LMS 算法MATLAB代码,可以经常LMS的计算.这个是.M文件.希望大家多交流
LMS 算法MATLAB代码,可以经常LMS的计算.这个是.M文件.希望大家多交流
matlab例程 MATLAB的仿真程序,关于TOKEN的,仿真了TOKEN这个MAC方式的运行.这里是.M文件
MATLAB的仿真程序,关于TOKEN的,仿真了TOKEN这个MAC方式的运行.这里是.M文件
通讯编程文档 m序列发生器(简单型码序列发生器-----simple shift register generator)
m序列发生器(简单型码序列发生器-----simple shift register generator)
其他 <===== 关于 GANT 鼠标集 (M) =====> 此“GANT 鼠标集 (M)”包含黄色和蓝色两种颜色主题
<===== 关于 GANT 鼠标集 (M) =====> 此“GANT 鼠标集 (M)”包含黄色和蓝色两种颜色主题,每种颜色主题分别有两套鼠标。换句话说,这个鼠标集共提供4套鼠标,分别放在4个文件夹内。 这里,我简单介绍一下每套鼠标,以所在文件夹名来指代: - yellow_normal_24x24:黄色,9个 ani 文件(动态鼠标)和6个 cur 文件(静态鼠标 ...
matlab例程 MATLABThe CD-ROM accompanying this book contains MATLAB® M-files (MATLAB language source code) an
MATLABThe CD-ROM accompanying this book contains MATLAB® M-files (MATLAB language source code) and Simulink® block diagram models for designing, implementing and testing control systems.
通讯/手机编程 This m file models a DPSK UWB system using a delay in one leg of the mixer, correlation receiver low
This m file models a DPSK UWB system using a delay in one leg of the mixer, correlation receiver low pass filter combination requiring no template for synching. Various waveforms are displayed throughout the system to allow the user to observe operation of the system.
通讯/手机编程 Models UWB TX and RX using BPSK fifth derivative. MATLAB Release: R13 Description: This m file
Models UWB TX and RX using BPSK fifth derivative.
MATLAB Release: R13
Description: This m file models a UWB system using BPSK with the fifth order derivative of the gaussian pulse with correlation receiver and intgrator.
通讯/手机编程 This m-file displays the time waveform for the Gaussian pulse function and the first and second deri
This m-file displays the time waveform for the Gaussian pulse function and the first and second derivatives of the Gaussian pulse function for a 0.5 nanosecond pulse width. Other values of pulse widths may be used by changing fs,t,t1. The program uses the actual first and second derivative equations ...