搜索资源列表
Artech.House.Publishers.Radar.System.Performance.M
- Artech.House.Publishers.Radar.System.Performance.Modeling.Second.Edition.Dec.2004.eBook-DDU.pdf
IEEE80211a-m
- 这是第二个基于ieee802.11无线接入系统的通信仿真程序，可运行-This is the second ieee802.11-based wireless access to the communications system simulation program can be run
排序(M)
- 这是关于文件操作的一个题，由题意可知，该题解决起来应该分为三个部分。第一部分即从in.dat中读入数据，第二部分即实现排序的算法，最后应该实现将排序的结果输出到out.dat中。-This is the document on the operation of a title, and that Italy, we can see that the solutions to the problem should be divided into three parts. The first par
sparco-1.1.3
- 著名的Sparco工具包。是matlab下解决线性约束，二阶锥约束和半定约束等优化问题的常用工具。-Sparco famous Kit. Are resolved under matlab linear constraints, second-order cone constraint and semidefinite constrained optimization problems, such as commonly used instrument.
bianjie
- 一阶声波方程波场模拟，采用的是交错网格，二阶精度，pml边界-A first-order wave equation of wave-field simulation, using the staggered grid, second order accuracy, pml boundary
ch02_2ed
- CHP 2 - Real-Time Digital Signal Processing: Implementations and Applications, Second Edition by Sen M. Kuo, Bob H. Lee & Wenshun Tian, ISBN 0470014954-CHP 2- Real-Time Digital Signal Processing: Implementations and Applications, Second Edition by Se
ch04_2ed
- CHP 4 - Real-Time Digital Signal Processing: Implementations and Applications, Second Edition by Sen M. Kuo, Bob H. Lee & Wenshun Tian, ISBN 0470014954 - Real-Time Digital Signal Processing: Implementations and Applications, Second Edition by Sen M.
ch05_2ed
- CHP 5 - Real-Time Digital Signal Processing: Implementations and Applications, Second Edition by Sen M. Kuo, Bob H. Lee & Wenshun Tian, ISBN 0470014954 - Real-Time Digital Signal Processing: Implementations and Applications, Second Edition by Sen M.
SOS_TITO
- 基于二发二收MIMO系统的半盲信道估计，其中main为主程序，其它为子程序-Second, land-based MIMO system made of two semi-blind channel estimation, in which main-based process for the subroutine other
xiandaitongxinxitongmatlab
- 现代通信系统第二版MATLAB全部源代码 做通信仿真要用到的-The second edition of a modern communications system MATLAB source code
MonteCarlo
- hs is the set of files (with the powerpoint presentation, in french or in english) used for the Webinar "Simulation de Monte Carlo en MATLAB". - The first demo (LakeArea, run MainLakeArea) is computing the size of a polyogon using a MC approach
second_max
- 以高效率的方法查找一个数组中的第二大数，数组中的数可以相同.同时对各种可能发生的错误返回相应得错误代码。-find second max number in a high effective method.The number in the array could be the same.meanwhile ,the program return special error code
matlab
- 【1】随机序列产生程序 【2】白噪声产生程序 【3】M序列产生程序 【4】二阶系统一次性完成最小二乘辨识程序 【5】实际压力系统的最小二乘辨识程序 【6】递推的最小二乘辨识程序 【7】增广的最小二乘辨识程序 【8】梯度校正的最小二乘辨识程序 【9】递推的极大似然辨识程序 【10】Bayes辨识程序 【11】改进的神经网络MBP算法对噪声系统辨识程序 【12】多维非线性函数辨识程序的Matlab程序 【13】模糊神经网络解耦M
M-Files
- 线性杆元以及二次杆元有限元分析时可直接利用的编码-Linear bar element and the second pole element finite element analysis can be directly used in the encoding
matlab_PCA
- 用Matlab来实现PCA，并分别求出图像在第一、二、三主分量上的投影。-Using Matlab to implement PCA, and images were obtained in the first, second and third principal component on the projection.
wavelet1.m.tar
- it is a wavelet based code that will create the second order wavelet transform and subplot it in same image as shown in many matlab examples for wavelet transforms-it is a wavelet based code that will create the second order wavelet transform and sub
DIPUM_ToolBox
- 冈萨雷斯第二版数字图像处理工具箱函数集Matlab源程序-Gonzalez, the second edition of Digital Image Processing Toolbox Matlab source code function set
generating-M-sequence-
- 用带反馈通道的移位寄存器产生PRBS序列信号。要选择合适的通道，经模二加法后进行反馈。在程序中，移位寄存器个数可从2到13中任意选择，其长度也可以自由选择。运行结果在vc++的运行环境中能看得很清楚，最后产生的M序列数据也存在相应的数据文件中。-With a shift register with feedback channel PRBS sequence generated signals. To select the appropriate channel, molded after th
matlabzhinengkongzhi
- 智能控制第二版全部的仿真程序，已经全部测试通过-Intelligent control of the second edition of all of the simulation program have all been tested by
m序列的产生
- 1.使用Matlab设计m序列发生器。 2.使用生成多项式(23)8=(10011)2产生第一个m序列； 3.使用生成多项式(31)8=(11001)2产生第二个m序列。(1. Design an m-sequence generator using Matlab. 2. Generate the first m sequence using the generator polynomial (23)8=(10011)2; 3. Generate the second m-sequence us