资源列表
wendubianhuayubochangbianhua
- 温度变化对光纤光栅布拉格波长的影响，通过二维图像表示出。-The impact of temperature change on the optical fiber grating Bragg wavelength is shown through the two-dimensional image.
LMS
- 基于一阶AR模型u(n)=0.99u(n-1)+v(n),白噪声方差0.93627.步长0.05.分别使用M=2和M=3抽头的滤波器，用LMS算法实现u(n)的线性预测估计。并附仿真图已被参考。-Based on a first-order AR model u (n) = 0.99u (n-1) the+v (n), the white noise variance 0.93627 step 0.05. Respectively with M = 2 and M = 3-tap filter,
svm-fault-diagnosis
- BP神经网络，支持向量机等用于风机故障诊断，实现故障故障分类，附带数据-BP neural networks, support vector machine for fan fault diagnosis, failure fault classification, with data
sinulink-PID
- 为那些没有电机却想调试PID电机驱动的人能够熟悉PID算法而做的simulink模型和边界法整定PID参数的讲解-Want to debug, but for those who do not have the motor PID motor drive people to become familiar with the PID algorithm to do simulink model and boundary method tuning PID parameters to explain
transmit
- 模拟激光光束在大气中传输,分析激光强度,光斑质量-The analog laser beam transmission, analyzing the laser light intensity, spot quality in the atmosphere
try1_1
- 果蝇算法的matlab编程实现，函数优化来测试-Drosophila algorithm matlab programming, function optimization to test
GSO_package
- 使用MATLAB实现的人工萤火虫群优化算法解决背包问题-Using MATLAB artificial fireflies swarm optimization algorithm to solve the knapsack problem
rcs_frequency
- 雷达rcs是雷达的重要参数，为此编写了雷达rcs随频率的变化关系。方便新入门的了解rcs在不同情况下的特征-Radar rcs important parameters of the radar, for the preparation of the Radar rcs variation with frequency. Understanding rcs facilitate new entry characteristics in different cases
CPM_LDPC_SCCPM
- 基于matlab编写的SCCPM、LDPC+CPM仿真，涉及到LOG-MAP算法，SOVA算法，LOG-BP算法等，全是本人自己编写性能超强。代码过长，每个都几百行，如果疑问联系我Q905432530-Based matlab prepared SCCPM LDPC+CPM simulation involves LOG-MAP algorithm, SOVA algorithm, LOG-BP algorithm, all my own preparation super performanc
LQR-
- 对欧进萍《结构振动控制——主动、半主动和智能控制》书中2.6节算例的matlab代码-OU Jin-ping quot structural vibration control- active, semi-active and intelligent control quot book 2.6 example matlab code
REKF1
- 应用于永磁同步电机的降阶扩展卡尔曼滤波程序，PMSM-Reduced-order extended Kalman filtering procedures, PMSM
wxc
- 基于多频（三频）的频谱校正（相位差法），达到校正相位的目的，已经过调试。-Based on multi-frequency (C-band) spectrum correction (phase difference method) to achieve the purpose of the correction phase, has been testing.