资源列表
The-gear-meshing-stiffness
- 齿轮啮合刚度程序,网上下的，用起来还不错-Gear mesh stiffness
Wavelet_OMP 压缩感知的图像利用小波变换和正交匹配追踪算法
- Wavelet_OMP 压缩感知的图像利用小波变换和正交匹配追踪算法，用于cs理论的学习。
PLS_Toolbox21
- 偏最小二乘工具箱2012,主要包含线性与非线性函数；具有很强的数值计算功能-matlab tool BOX
BPSK-and-QPSK-BER-simulation
- 用matlab编写了BPSK 和QPSK 两种调制在高斯白噪声信道和瑞利信道下的误码率仿真曲线，并做了对比。-the texts simulate two modulaton BPSK and QPSK in both AWGN channel and Rayleigh channel, also did the comparison between two mudulation.
UPS_28KW400HzSungrowpowerZhanghao
- 400HZ中频逆变电源三相UPS的MATLAB仿真-MATLAB simulation 400HZ frequency inverter for three-phase UPS
finitedif
- 地震有限差分正演，包含正规网格、交错网格、变交错网格、有限元等算法-finite difference
CPSO
- 混沌粒子群优化算法-CPSO与基本粒子群对比，对同一个判断方程，输出二都的收敛曲线图，比较优劣！-Chaos particle swarm particle swarm optimization algorithm-CPSO contrast, a judge on the same equation, the convergence of both output two graphs compare the pros and cons!
GAPSO
- 遗传粒子群、混沌粒子群、基本粒子群三者对比，对一个判断方程，输出其收敛曲线，毕业设计的核心精华！-Genetic particle swarm, chaotic particle swarm, and basic particle swarm, equations for a judgment, the output curve of its convergence, the core essence of graduation design.
prediction-methods-for-hydrology
- 径流预报常用的几种模型：AR模型，BP模型，RBF模型，GM(1,N)模型；预报数据预处理方法：自相关函数以及偏自相关函数确定法；EMD方法-Several commonly used runoff forecasting model: AR model, BP model, RBF model, GM (1, N) model forecast data preprocessing methods: autocorrelation function and partial autocorre
GARCH-model-forecast-
- 对NYSE股票日收盘价格，运用GARCH或者ARCH模型进行分析，并预测2012年5月1日到2012年5月9日的价格。将预测值与真实值对照，比较误差。-Closing stock price on the NYSE, using GARCH or ARCH models to analyze and predict the price May 1, 2012 to May 9, 2012 in. The predictive value and the true value control, m
TJ-Matlab-second
- 本程序用于复合材料里面计算等效弹性模量，采用的是渐近均匀化的方法-calculation of equivalent elastic modulus with homogenization Method
32compressed-echo_MTD
- 32个脉冲调制的线性调频连续波发射信号，单目标回波信号中加入了距离时延与多普勒频移信息。数字下变频后再进行脉压与MTD处理从而检测出距离与速度信息。-Chirp 32 pulse-modulated continuous wave transmit signals, a single target echo signal from the delay and added to the Doppler shift information. MTD frequency pulse pressure