资源列表
ip_07_09
- matlab信道模型，对OFDM信道建模，包括普通IDFT算法和IFFT快速算法。-Matlab channel model, the right OFDM Channel modeling, including general IFFT SINGLE algorithm and fast algorithm.
smart_antenna2
- matlab信道模型，用于模拟OFDM系统对ISI的改善。-Matlab channel model to simulate OFDM system to improve the ISI.
smart_antenna1
- matlab信道模型，用于模拟多用户下用户间干扰的模型。-Matlab channel model for the simulation of multi-user interference between users under the model.
Jakes
- 此文件包括jake信道仿真模型的过程程序，希望大家发表意见-Anonymous channel simulation model of the procedure, hoping to express their opinions
tfarma10
- 用于模拟时变非平稳的ARMA过程，根据Doppler频移和时变参数计算ARMA过程的系数，可以用来模拟非平稳的多径衰落信道-used to simulate nonstationary time-varying ARMA process, according to Doppler frequency shift and the time-varying parameters ARMA process coefficient, can be used to simulate the non-sta
TFBSSpack
- 一个使用空间时频分布进行盲信号分离的Matlab程序，可以实现高信噪比下的随机信号分离-the use of space at a frequency distribution for the Blind Signal Separation Matlab procedures can achieve a high SNR of random signal separation
vcmatlab7src
- MATLAB Compiler 是MATLAB自带的一个编译器，它能将m文件转化成 C、C++或p等各种类型的源代码，并根据需要生成可执行文件、lib文件（库文件）、dll文件或S函数文件等。MATLAB 6.5 使用的编译器包括了MATLAB 的C\\C++数学库函数以及图形库。动态链接库（dll）是编写软件中常用的一种技术，MATLAB提供了将M文件编制成dll文件的方法，本文就介绍如何在MATLAB6.5中将m文件z转化成dll文件,然后在VC中调用该dll文件。 -MATLAB Co
高斯噪声的源程序
- 一个简单的高斯噪声的源程序-a simple Gaussian noise source
heat
- 换热器模型的MATLAB实现，可用于工程计算，还可以用于教学演示-exchanger MATLAB model can be used for engineering calculations, can also be used for teaching demonstration
20050218233130760
- 有关遗传算法的例子，可以解决诸如数学中函数近似最大值，最短路径的问题-example, can be resolved, such as mathematics approximate maximum function, the shortest path problem
cf_gui
- 这是一个等高线拟合的程序源代码,程序很复杂,但相当精致.不过其中有一处可能在有的机器上需要略微修改一下才能正常.-This is a fitting contours of the program source code, the procedures are complex, but very delicate. But which one might need some machines can be slightly changed a bit normal.
diedaifajisuangen
- 用newton迭代法求方程根的源代码 给出了newton迭代法的实现-with chemotherapy iterative method for equation of the source code is given to the Newton iterative method to achieve