- EasyARM2200 周立功EASYARM2200开发板原理图
- Quadrocoptersikiric_vedran_08027_2 A simple low cost AFV solution would provide an attractive alternative to several civilian applications where a helicopter would traditionally be used. Practical applications could include: traffic surveillance
- p392-13-1 一个简单方便的图形的平移实现
- ahms equation matlab programming
- 01_22TestShuDu 基于安卓的数独游戏源代码
- Ribbonline 用矩阵法解传输线ribbon line (就是外皮矩形 中间的芯是一个竖线的 transmission line)切面上的电势分布 并计算传输线的电感电容
资源列表
ofdm
- 基于MATLAB的OFDM系统仿真链路,串行数据经串并变换后进行QDPSK数字调制,调制后的复信号通过N点IFFT变换,完成多载波调制,使信号能够在N个子载波上并行传输,中间插入10训练序列符号用于信道估计,加入循环前缀后经并串转换、D /A后进入信道,接收端经过N点FFT变换后进行信道估计,将QDPSK解调后的数据并串变换后得到原始信息比特。(Simulation Link of OFDM System Based on MATLAB)
music
- music算法,自己编写的,适合初学者上手用
宽带doa估计算法
- 经典ISM算法,可以实现对宽带声源的估计,就是频域music算法
简化模糊神经网络MATLAB代码,对初学者有一定用处
- 适合初学者使用的模糊神经网络,基于matlab平台。(Suitable for beginners)
kfmn
- kalman filter AUV,用matlab编写的卡尔曼滤波器的一个小程序,可自动测试安装偏角(Kalman filter AUV, a small program of Kalman filter written in matlab, can automatically test the installation deflection angle.)
01 Economic Dispatching using PSO
- 粒子群进行电力系统经济调度程序,初学者可以学习(Particle swarm optimization for power system economic dispatching program, beginners can learn)
simulink二自由度模型
- 使用simulink建立了线性二自由度车辆模型,输入为前轮转角,输出为侧向速度和横摆角速度,对初学者有一定的参考价值。
LBM程序
- A simple one dimensional lattice Boltzmann method to solve the time dependent Schroedinger equation. The method works by writing the Schroedinger equation as a continuity equation and an Euler equation as outlined in the.【来自国外某教学网站,仅供个人学习交流,请勿用于其他用途】
TOA_uwb
- TDOA算法,用于解决uwb中的matlab仿真定位问题。(TDOA algorithm is used to solve the MATLAB simulation positioning problem in uwb.)
bagging_svm
- bagging_svm MATLAB实现(the matlab code of bagging and svm .)
pso_PID_opt_3
- 该程序用于整定PID参数,达到PID控制目的(Used for setting PID parameters to achieve the purpose of PID control)
神经网络在电力负荷预测
- 附件中包括了制作的关于matlab神经网络在电力负荷预测中的应用的ppt,并且包括程序,希望大家能都锻炼下(The appendix includes the PPT produced about the application of MATLAB neural network in power load forecasting, and includes the program. I hope you can all exercise it.)
