资源列表
518854-BandLanczosMethod.f90
- lanczos算法 计算矩阵特征值 说明要这么长干嘛，说清楚就好了啊-lanczos algorithm for eigvalue
UWB_BAN_channel_v2
- 这是一个uwb用于体域网的信道仿真程序，可以进行仿真，它符合IEEE.802.15.4a，非常好！-This is a body area network for the uwb channel simulation program allows for simulation, it is consistent with IEEE.802.15.4a, very good!
C8-pi4demo
- 这个例子将产生并显示pi/2 DQFSK系统中的一些重要信号，仿真这个系统并产生图形输出的MATLAB程序在文件夹中给出。在MATLAB的命令提示符下输入程序名c8-pi4derno后，会绷现一个菜单，用户可通过这个菜单选择以下七个选项中的一个（产生一个图形后，击空格键会显示菜单以便作另一个选择） 1.滤波前的pi/4 DQPSK信号星座图 2.滤波前的pi/4 DQPSK眼图- 3.滤波后的pi/4 DQPSK信号星座图 4.滤波后的pi/4 DQPSK眼图 5.
SA
- 这是用模拟退火算法解决0-1背包问题，下载后可直接运行，可以帮助有需要对模拟退火算法进行了解的朋友。-This is a simulated annealing algorithm to solve the 0-1 knapsack problem, after downloading, can be directly run, you can help those in need of the simulated annealing algorithm to find out about fr
ep2.m
- Hessenberg solution MATLAB code.
nihe
- 这是一段拟合函数的MATLAB程序，需要的同学可以下载-It was a fitting function of the MATLAB program, students in need can be downloaded to see if
lzxec
- matlab中编程实现的线性最小二乘拟合函数： lzxec:功能：离散试验数据点的线性最小二乘拟合-matlab programming in a linear least-squares fitting function: lzxec: Function: discrete experimental data points, the linear least-squares fitting
matlab_file1
- 分布式星载干涉GMTI雷达系统仿真 performance analysis of a space-based GMTI radar system using separated spacecraft interferometry-Distributed Spaceborne Interferometric GMTI radar system simulation performance analysis of a space-based GMTI radar system using se
MATLAB inteference experiment simulation
- 基于MATLAB的杨氏双缝干涉实验仿真电子资料，内含程序源代码，对干涉条纹仿真研究具有很高的参考价值-MATLAB-based Youngs double-slit interference experiment simulation of electronic data, containing source code for simulation of interference fringes of high reference value for
CHAP2_4
- 此代码为纯滞后系统的数字SMITH预估控制的MATLAB仿真代码-This code is a pure delay system of digital SMITH predictive control simulation of MATLAB code
rls
- 自适应滤波的RLS例程，并对RLS和LMS算法进行了比较。-The RLS adaptive filtering routines
duoxiangshinihe
- emd分解中采用多项式拟合算法消除边界效应-emd decomposition of polynomial fitting algorithm is used to eliminate the boundary effect